Computecoin Cibiyar Sadarwa: Tsarin Tushen Yanar Gizo na 3.0 da Metaverse

Takaitaccen Bayani

Web 3.0, ci gaba da Web 2.0, yana nufin aikace-aikacen da ba su da cibiyar gudanarwa (dAPP) waɗanda ke gudana akan blockchain. Waɗannan aikace-aikacen ne waɗanda ke ba wa kowa damar shiga tare da kiyaye bayanansa na sirri da kuma sarrafa su da kansa. Duk da haka, akwai ƙalubale da yawa a cikin ci gaban Web 3.0 kamar samun dama (watau, ƙarancin isa ga yawancin masu amfani kamar yadda yake a cikin sabbin masu binciken gidan yanar gizo) da haɓakawa (watau, tsada mai yawa da dogon lokacin koyo don amfani da abubuwan more rayuwa marasa cibiyar gudanarwa).

Bincike: Canjin daga Web 2.0 zuwa Web 3.0 yana wakiltar sauyi na asali a yadda ake ginawa da amfani da aikace-aikace, yana matsawa daga sarrafawa ta cibiyar gudanarwa zuwa mallakar da gudanarwa maras cibiyar gudanarwa.

For instance, although non-fungible token (NFT) is stored on blockchain, the content of most NFTs is still stored in centralized clouds such as AWS or google clouds. This puts a high risk on user's NFT assets, contradicting the nature of Web 3.0.

Technical Insight: This creates a fundamental contradiction where the ownership is decentralized but the content storage remains centralized, exposing users to the same risks Web 3.0 aims to eliminate.

The metaverse, first proposed by Neal Stephenson in 1992, refers to an infinitely vast patchwork of persistent virtual worlds in which people can freely travel, socialize and work. However, metaverse applications and platforms such as Fortnite and Roblox face an enormous challenge: their growth is limited by a finite supply of low-cost and instantaneous computing power from centralized clouds.

Technical Insight: Metaverse na keɓe computational resources waɗanda ke haɓaka daidai gwargwado tare da haɗin gwiwar masu amfani, wanda ke haifar da buƙatun abubuwan more rayuwa waɗanda tsoffin masu samar da girgije suka yi wahalar biyad da su yadda ya kamata.

A taƙaice, gina aikace-aikacen zamani na gaba akan tsarin abubuwan more rayuwa na tsakiya na yanzu (wanda aka gina tun shekarun 1990) ya zama cikas a kan muhimmin hanyar da za ta kai ga duniyar da muke mafarkin.

Mun ƙaddamar da wannan aikin, cibiyar sadarwar Computecoin tare da takamaiman token ɗinta na CCN, don magance wannan matsala. Manufarmu ita ce gina kayan aikin zamani na gaba don aikace-aikace na kowane fanni akan Web3 da metaverse. A takaice dai, muna nufin yiwa web 3.0 da metaverse abin da tsoffin masu samar da girgije na tsakiya suka yi wa Web 2.0.

Strategic Vision: Computecoin yana nufin zama tushen tsarin abubuwan more rayuwa na duka Web 3.0 tsarin, kamar yadda AWS ta zama kashin bayan Web 2.0 aikace-aikacen.

Asalin ra'ayin tsarin mu shine da farko a tattara hadaddun gizagizai kamar Filecoin da cibiyoyin bayanai a duniya (maimakon gina sabbin abubuwan more rayuwa kamar yadda AWS ta yi shekaru 20 da suka wuce) sannan a sauke lissafi zuwa cikin kusancin hanyar sadarwa na kusa da hadaddun gizagizai don baiwa masu amfani na karshe aikin sarrafa bayanai kamar AR/VR 3D rendering da ajiyar bayanai na ainihi a cikin arha da kuma nan take hanya.

Architecture Note: Wannan hanya tana wakiltar samfurin gauraye wanda ke amfani da kasancewar tsarin abubuwan more rayuwa na rarrabuwa yayin da ake inganta aikin ta hanyar kusancin lissafi saukewa.

Computecoin hanyar sadarwa ta ƙunshi yadudduka biyu: PEKKA da metaverse lissafi yarjejeniya (MCP). PEKKA mai tattarawa ne da mai tsarawa wanda ke haɗa hadaddun gizagizai da kuma sauke lissafi zuwa kusancin hanyar sadarwa. PEKKA's iyawa sun haɗa da tura web3 da metaverse aikace-aikacen zuwa hadaddun gizagizai a cikin 'yan mintuna, da kuma samar da haɗe API don sauƙin ajiyar bayanai da dawo daga kowane hadaddun girgije, kamar Filecoin ko Crust.

Ƙirƙira ta Fasaha: PEKKA tana magance matsalar rarrabuwa a cikin lissafi mai rarrabuwa ta hanyar samar da haɗin gwiwar mu'amala, kamar yadda dandamalin gudanar da gajimare ya ƙware rikitaccen abubuwan more rayuwa a cikin lissafin gajimare na al'ada.

MCP shine blockchain na Layer-0.5/Layer-1 wanda ke fasalta ainihin algorithm na ijma'i, proof of honesty (PoH), wanda ke tabbatar da cewa sakamakon lissafin da aka ba da izini a cikin hanyar sadarwar gajimare mai rarrabuwa gaskiya ne. A takaice dai, PoH ya kafa aminci a cikin ayyukan lissafi da aka ba da izini zuwa ga gajimare masu rarrabuwa marasa aminci, yana kafa tushe na web 3.0 da tsarin halittu na metaverse.

Ƙirƙira ta Tsaro: Proof of Honesty yana wakiltar sabuwar hanyar amintacciyar rarrabuwa, wanda aka ƙera musamman don tabbatar da lissafi maimakon kawai tabbatar da ma'amala.

I. GABATARWA

Ana yarjejeniya cewa Web 3.0 shine mabuɗin tabbatar da ƙarin ƙwarewar rarrabawa da hulɗa a cikin metaverse. Sakamakon haka, muna kallon Web 3.0 da fasahohin da ke da alaƙa a matsayin ginshiƙan gini na metaverse. Don haka, a cikin abin da zai biyo baya, mun mayar da hankalin tattaunawarmu kan metaverse, burin ƙarshe da computecoin ke niyya.

A. GABATARWA GA METAVERSE

Ka yi tunanin kowane aiki da kwarewa a cikin rayuwar yau da kullum suna faruwa a kusa da juna. Ka yi tunanin zirga-zirga maras katsewa tsakanin kowane sarari, kowane madaidaici, da kuke zaune tare da mutane da abubuwan da kuke hulɗa da su a cikinsu. Wannan hangen nesa na haɗin kai zama zuciyar metaverse.

Metaverse, kamar yadda sunansa ya nuna, yana nufin wani faffadan duniyoyin zamani na dindindin wanda mutane za su iya tafiya cikin 'yanci a tsakaninsu. Neal Stephenson sau da yawa ana yaba masa da fayyace fassarar farko na metaverse a cikin littafinsa na almara na kimiyya na 1992 Snow. Since then, dozens of projects — everything from Fortnite and Second Life to CryptoKitties and Decentraland — have nudged humanity closer to the metaverse.

Historical Context: The concept of the metaverse has evolved from science fiction to practical implementation, with each iteration building upon previous technological advancements in virtual worlds and digital interactions.

When it does take shape, the metaverse will offer its inhabitants an online experience as rich as, and intimately linked with, their lives in the physical realm. Indeed, these bold pioneers will be able to immerse themselves in the metaverse through all manner of devices, including VR headsets and 3D-printed wearables, as well as technological standards and networks like blockchain and 5G. Meanwhile, the metaverse's smooth functioning and capacity to expand boundlessly will depend on a durable base of computing power.

Ci gaba na metaverse ya ɗauki hanya mai rarrabuwa. A gefe ɗaya, ƙwarewar metaverse mai tsakiya, kamar Facebook Horizon da Microsoft Mesh, suna nufin gina duniyoyi masu zaman kansu waɗanda yankunansu ke cikin tsarin mallakar kaya. A ɗaya bangaren, ayyukan da ba su da tsakiya suna neman sanya masu amfani da su da kayan aikin ƙirƙira, musayar da kuma mallakar kayayyakin dijital, kiyance bayanansu, da kuma hulɗa da juna a wajen tsarin kamfanoni.

Binciken Masana'antu: Wannan rarrabuwar tana nuna ƙarin tashin hankali a fasaha tsakanin gidajen katanga da buɗaɗɗun tsarin muhalli, tare da gagarumin tasiri ga ikon amfani da ƙirƙira.

A kowane hali, duk da haka, metaverse ba dandali ba ne kawai, wasa, ko hanyar sadarwar jama'a; yana yuwuwar kowane dandali na kan layi, wasa da hanyar sadarwar jama'a da mutane a duniya ke amfani da su duk an haɗa su tare cikin wurin duniyoyin kama-da-wane wanda ba kowa ba ne ya mallaka shi kuma kowane mai amfani ya mallaka shi a lokaci guda.

A ra'ayinmu, metaverse ya ƙunshi yadudduka biyar da aka jera a saman juna. Mafi mahimmancin yadudduka shine ababen more rayuwa - fasahohin zahiri waɗanda ke tallafawa ayyukan metaverse. Waɗannan sun haɗa da ma'auni na fasaha da ƙirƙira kamar hanyoyin sadarwa na 5G da 6G, semiconductors, ƙananan na'urori masu auna firikwensin da ake kira MEMS da cibiyoyin bayanai na Intanet (IDCs).

Yadudduka na yarjejeniya na gaba. Abubuwan da ke cikinsa su ne fasahohin, kamar blockchain, lissafi na rarraba da lissafi na gefe, waɗanda ke tabbatar da ingantaccen rarraba ƙarfin lissafi ga masu amfani na ƙarshe da kuma ikon mallakar bayanan kan layin mutane.

Hanyoyin sadarwa na ɗan adam sun zama yadudduka na uku na metaverse. Waɗannan sun haɗa da na'urori - kamar wayoyin hannu, kayan sawa da aka buga da 3D, na'urori masu auna halittu, hanyoyin sadarwa ta jijiyoyi, da kayan kai da tabarau na AR/VR - waɗanda ke aiki a matsayin hanyoyin shigar mu zuwa abin da zai zama tarin duniyoyin kan layi na dindindin.

Layer na ƙirƙira na metaverse yana hawa saman matakin hanyar sadarwa ta ɗan adam, kuma ya ƙunshi dandamali da muhalli na sama-zuwa-ƙasa, kamar Roblox, Shopify da Wix, waɗanda aka ƙera don ba wa masu amfani kayan aikin da za su ƙirƙira sababbin abubuwa.

A ƙarshe, abin da aka ambata na layer na gogewa yana kammala tarin metaverse, yana ba da sassan aikin metaverse wani fuskar zamantakewa, wasa. Abubuwan da ke cikin layer na gogewa sun bambanta daga non-fungible tokens (NFTs) zuwa kasuwancin e-commerce, wasannin e-sports, kafofin watsa labarun zamantakewa da wasanni.

Wannan Layer guda biyar ne suka haɗa kai ga Metaverse, wani tsari mai sauri, dorewa, da haɗin kai na ɓangarorin duniyoyin ƙamshi waɗanda ke tsaye kafa-da-kafa a cikin sararin samaniya guda ɗaya.

Hanyar Gine-gine: Wannan tsarin Layer yana ba da cikakkiyar tsari don fahimtar rikitaccen tsarin muhalli da ake buƙata don tallafawa ainihin abubuwan gogewar Metaverse.

B. Iyakokin Ci gaban Metaverse

A yau, duniyar yanar gizo ta shahararrun duniya, kamar Fortnite da Roblox, ba za su iya tallafawa radikal samun damar shiga, haɗin kai da ƙirƙira waɗanda za su ayyana metaverse na gobe ba. Dandamalin Metaverse suna fuskantar babban kalubale: An takura su da ƙayyadaddun wadataccen ikon kwamfuta, sun kasa isar da ingantaccen ƙwarewar metaverse ga masu amfani da su.

Ko da yake manyan ayyuka - kamar aikin Horizon na Facebook mai zuwa da Mesh, kutsawar Microsoft cikin duniyar holoporting da haɗin gwiwar kama-da-wane - suna da goyon bayan manyan sabis na girgije, duniyoyin kama-da-wane da suke bayarwa ga masu amfani za su kasance cikin jan zare, da tsakaita sosai kuma ba su da haɗin kai.

Misali, Roblox, wacce ke da fiye da miliyan 42 masu amfani a kullum, na iya tallafawa 'yan ɗari kaɗan a cikin duniyar kama-da-wane ɗaya. Wannan ya yi nisa da hangen nesan metaverse na dubunnan ko ma miliyoyin masu amfani suna hulɗa a lokaci ɗaya a cikin sararin kama-da-wane ɗaya.

Ƙayyadaddun Fasaha: Dandamali na yanzu suna fuskantar ƙuntatawa na gine-gine na asali waɗanda ke hana su haɓaka zuwa matakin haɗin gwiwar masu amfani na metaverse, suna nuna buƙatar sabbin hanyoyin ababen more rayuwa.

Wani iyaka shine tsadar ƙarfin lissafi. Masu samar da gajimare na tsakiya suna cajin farashin farashi don albarkatun lissafi da ake buƙata don gudanar da aikace-aikacen metaverse, yana sa ya yi wa ƙananan masu haɓakawa da ƙwararrun masu fara aiki wahala su shiga sararin. Wannan yana haifar da shinge ga ƙira da kuma iyakance iri-iri na gogewa da ake samu a cikin metaverse.

Nazarin Tattalin Arziki: Babban shinge na shiga yana haifar da toshewar ƙira inda kamfanoni masu kuɗi kawai za su iya shiga, yana iyakance iri-iri da kerawa masu mahimmanci ga ingantaccen tsarin halittu na metaverse.

Bugu da yawa, tsarin kayayyakin more rayuwa na yanzu bai tsara don ɗaukar buƙatun na musamman na aikace-aikacen metaverse ba. Waɗannan aikace-aikacen suna buƙatar ƙarancin jinkiri, babban bandwidth, da iyawar sarrafa lokaci-lokaci waɗanda suka wuce iyawar yawancin tsarin da suke akwai. Wannan yana haifar da ƙarancin ƙwarewar mai amfani, tare da jinkiri, buffer, da sauran batutuwan aiki.

C. Maganin mu: cibiyar sadarwar computecoin

An tsara cibiyar sadarwar Computecoin don magance waɗannan iyakoki ta hanyar samar da tsarin kayayyakin more rayuwa mai ƙarfi, mai ƙarfi don metaverse. Maganin mu yana amfani da ikon girgije na rarrabawa da fasahar blockchain don ƙirƙirar dandali mai sauƙin isa, mai ƙima, da tsada don aikace-aikacen metaverse.

Babban ƙirƙira na Computecoin network shine ikonsa na tara albarkatun kwamfuta daga cikin hanyar sadarwar duniya na gajimare na rarrabawa da cibiyoyin bayanai. Wannan yana ba mu damar samar da ƙarfin lissafi mara iyaka a cikin ɗan ƙaramin farashi na masu samar da su ta tsakiya.

Fa'idar Tattalin Arziki: Ta hanyar amfani da albarkatun kwamfuta da ba a yi amfani da su ba a duniya, Computecoin na iya samun babban tanadin kuɗi idan aka kwatanta da masu samar da gajimare na al'ada, yana mika waɗannan tanade-tanaden ga masu haɓakawa da masu amfani.

Ta hanyar juyar da lissafi zuwa hanyar sadarwa na kusa da gajimare na rarrabawa, zamu iya rage jinkiri kuma mu tabbatar da aikin ainihin lokaci don aikace-aikacen metaverse. Wannan yana da mahimmanci ga gogewar nutsewa kamar AR/VR, inda ko da ƙaramin jinkiri zai iya rushe ruɗin gaskiya.

Tsarin gine-gine na Layer biyu na cibiyar sadarwar Computecoin - PEKKA da MCP - yana ba da cikakkiyar mafita don metaverse. PEKKA tana kula da tarawa da tsara albarkatun kwamfuta, yayin da MCP ke tabbatar da aminci da ingancin lissafi ta hanyar sabon algorithm na Proof of Honesty.

Ɗabarun Gine-gine: Rarraba gudanar da albarkatu (PEKKA) da tabbatar da aminci (MCP) ya haifar da ingantaccen tsari inda ake haɓaka aiki da aminci daban-daban amma suna aiki tare.

D. Tsarin Takarda

Sauran wannan takarda an tsara shi kamar haka: A Sashe na II, mun ba da cikakken bayyani game da PEKKA, gami da tsarinsa, iyawar tarin albarkatun, da hanyoyin juyar da lissafi. Sashe na III ya mayar da hankali kan Ka'idar Kwamfuta ta Metaverse (MCP), tare da cikakken bayani game da algorithm na yarda na Proof of Honesty. Sashe na IV yana tattauna yadda kai-tsaye na AI zai baiwa cibiyar sadarwar Computecoin damar ci gaba da ingantawa da kuma daidaita buƙatun canji. A Sashe na V, mun bayyana tsarin tokenomics na CCN, gami da rabon token, haƙƙin masu ruwa da tsaki, da hanyoyin haƙo ma'adinai da saka jari. Sashe na VI ya lissafa wallafe-wallafenmu da suka shafi cibiyar sadarwar Computecoin. A ƙarshe, Sashe na VII ya kammala takardar tare da taƙaitaccen bayani game da hangen nesa da shirye-shiryenmu na gaba.

II. PEKKA

A. Bayani

PEKKA (Parallel Edge Computing and Knowledge Aggregator) shine Layer na farko na Cibiyar Sadarwar Computecoin. Yana aiki azaman mai tattarawa da mai tsarawa wanda ke haɗa hadaddun gajimare na rarrabawa kuma yana sauƙaƙe lissafi zuwa hanyar sadarwa ta kusa. Babban manufar PEKKA ita ce samar da haɗin kai guda ɗaya don samun dama da amfani da albarkatun lissafi daga duk wani mai bada gajimaren rarrabawa.

PEKKA an ƙera don magance rarrabuwar yanayin gajimare na ƙungiyoyin da ba na tsakiya ba. A halin yanzu, akwai masu samar da gajimare na ƙungiyoyi da yawa, kowannensu yana da API ɗinsa, tsarin farashi, da ƙayyadaddun albarkatun. Wannan rarrabuwar yana sa masu haɓakawa su yi wahalar amfani da cikakkiyar ƙarfin ƙididdiga na ƙungiyoyi.

Ta hanyar tattara waɗannan albarkatun cikin hanyar sadarwa guda ɗaya, PEKKA tana sauƙaƙe aiwatar da turawa da ƙididdiga na aikace-aikacen metaverse. Masu haɓakawa za su iya samun damar yin amfani da hanyar sadarwar duniya na albarkatun ƙididdiga ta hanyar API ɗaya, ba tare da damuwa da abubuwan da ke ƙasa ba.

Kwarewar Mai Haɓakawa: PEKKA tana ɗauke da sarƙaƙiyar hulɗa da masu samar da gajimare na ƙungiyoyi da yawa, kamar yadda dandamalin gudanar da gajimare ya sauƙaƙe gudanar da abubuwan more rayuwa a cikin IT na al'ada.

B. Aggregation of decentralized clouds

PEKKA aggregates computing resources from a variety of decentralized cloud providers, including Filecoin, Crust, and others. This aggregation process involves several key steps:

1. Resource discovery: PEKKA continuously scans the network to identify available computing resources from various providers. This includes information about the type of resources (CPU, GPU, storage), their location, and their current availability.

2. Resource validation: Kafin a ƙara albarkatu a cikin hanyar sadarwa, PEKKA tana tabbatar da ayyukansu da amincinsu. Wannan yana tabbatar da cewa kawai albarkatu masu inganci ne ake haɗa su cikin hanyar sadarwa.

3. Resource indexing: Ana ƙididdige albarkatun da aka tabbatar a cikin littafin rarraba, wanda ke aiki azaman bayani mai bayyanawa kuma maras canji na duk albarkatun da ake samu a cikin hanyar sadarwa.

4. Pricing normalization: PEKKA normalizes the pricing models of different providers, making it easy for users to compare and select resources based on their needs and budget.

5. Dynamic resource allocation: PEKKA continuously monitors the demand for computing resources and adjusts the allocation accordingly. This ensures that resources are used efficiently and that users have access to the resources they need when they need them.

The aggregation process is designed to be decentralized and trustless. No single entity controls the network, and all decisions are made through a consensus mechanism. This ensures that the network remains open, transparent, and resilient.

Gudanar da Albarkatun: Wannan tsarin tarawa mai matakai da yawa yana ƙirƙirar kasuwa mai ƙarfi don albarkatun kwamfuta, yana inganta duka wadata (masu samar da albarkatu) da buƙata (masu haɓaka aikace-aikace) ta hanyar algorithum na daidaitawa mai hankali.

C. Computation offloading to a proximity network

Ɗaya daga cikin mahimman fasalulluka na PEKKA shine ikonsa na juyar da lissafi zuwa hanyar sadarwa na kusa na gizagizai masu rarrabuwa. Wannan yana da mahimmanci ga aikace-aikacen metaverse, waɗanda ke buƙatar ƙarancin jinkiri da sarrafa lokaci na ainihi.

Juyar da lissafi ya haɗa da canja wurin ayyukan lissafi daga na'urar mai amfani zuwa kusancin kumburin cikin hanyar sadarwa. Wannan yana rage nauyin da ke kan na'urar mai amfani kuma yana tabbatar da cewa an sarrafa ayyuka cikin sauri da inganci.

PEKKA tana amfani da ingantaccen algorithm don tantance mafi kyawun kumburi ga kowane aiki. Wannan algorithm yana la'akari da dalilai da yawa, gami da kusancin kumburin ga mai amfani, nauyin da yake da shi a halin yanzu, iyawar ayyukansa, da farashin amfani da kumburin.

The offloading process is transparent to the user and the application developer. Once a task is offloaded, PEKKA monitors its progress and ensures that the results are returned to the user in a timely manner.

Performance Optimization: Proximity-based computation offloading is particularly crucial for latency-sensitive applications like AR/VR, where even milliseconds of delay can significantly impact user experience.

C1. Offloading function 1

Aikin farko na jigilar aiki an tsara shi don ayyuka masu kula da jinkiri, kamar zane na lokaci-lokaci da aikace-aikace masu mu'amala. Don waɗannan ayyuka, PEKKA ta fifita kusanci da sauri fiye da farashi.

Algorithm ɗin yana aiki kamar haka: Lokacin da aka karɓi aiki mai kula da jinkiri, PEKKA tana gano duk nodes ɗin da ke cikin wani yanki na yanayin ƙasa na mai amfani. Sa'an nan kuma tana kimanta waɗannan nodes bisa yadda ake loda su na yanzu da iyawar sarrafa su. An zaɓi node mafi ƙarancin jinkiri da isasshen ƙarfin aiki don aiwatar da aikin.

Don rage jinkiri ƙari, PEKKA tana amfani da bincike na annabta don hasashen buƙatun gaba. Wannan yana bawa hanyar sadarwa damar shirya albarkatu a wuraren da ake sa ran buƙata za ta yi yawa, yana tabbatar da cewa ana samun sarrafa jinkiri maras kyau koyaushe.

Haskakken Hankali: Amfani da bincike na hasashe yana wakiltar hanya mai zurfi ga sarrafa albarkatu, yana motsawa fiye da raba martani zuwa ingantaccen tsari bisa tsarin amfani da yanayi.

C2. Ayyuka masu sauƙi 2

Aikin cire kaya na biyu an tsara shi don ayyukan sarrafa tarin, kamar binciken bayanai da fayyace abun ciki. Don waɗannan ayyuka, PEKKA tana ba da fifiko ga farashi da inganci fiye da sauri.

Algorithm yana aiki kamar haka: Lokacin da ake karɓar aikin sarrafa batch, PEKKA tana gano duk nodes a cikin hanyar sadarwa waɗanda ke da albarkatun da ake buƙata don sarrafa aikin. Sa'an nan tana kimanta waɗannan nodes bisa ga farashinsu, samuwa, da aikin tarihi. Ana zaɓar node wanda ke ba da mafi kyawun haɗin farashi da inganci don sarrafa aikin.

Don manyan ayyukan sarrafa batch, PEKKA na iya raba aikin zuwa ƙananan ayyuka kuma ta rarraba su a cikin nodes da yawa. Wannan hanyar sarrafa ta layi daya tana rage lokacin da ake buƙata don kammala manyan ayyuka sosai.

Aiki Optimization: Wannan hanya mai aiki biyu tana ba PEKKA damar inganta nau'ikan ayyukan lissafi daban-daban, tabbatar da amsawa na ainihi don aikace-aikacen mu'amala da kuma ingancin farashi don ayyukan sarrafa baya.

III. Metaverse Computing Protocol

A. Bayani

Metaverse Computing Protocol (MCP) shine Layer na biyu na cibiyar sadarwar Computecoin. Yana da Layer-0.5/Layer-1 blockchain wanda ke samar da tsarin aminci da amana ga cibiyar sadarwa. An kera MCP don tabbatar da cewa sakamakon lissafin da aka yi akan cibiyar sadarwar girgije mai rarrabawa na da inganci kuma abin dogaro.

Ɗaya daga cikin manyan ƙalubale a cikin lissafin yadudduka shine tabbatar da cewa nodes suna yin lissafi daidai kuma da gaskiya. A cikin yanayi mara amana, babu garantin cewa node ba za ta yi katsalandan ga sakamakon lissafi ba ko kuma ta yi iƙirarin yin aikin da bata yi ba.

MCP yana magance wannan ƙalubalen ta hanyar ƙirar sa na Proof of Honesty (PoH) consensus algorithm. PoH an ƙirƙira shi don ƙarfafa nodes su yi aiki da gaskiya kuma su gano kuma su hukunta nodes masu mugun nufi.

Baya ga samar da tsaro da amincewa, MCP kuma tana kula da al'amuran tattalin arziki na hanyar sadarwa. Tana sarrafa ƙirƙira da rarraba CCN tokens, waɗanda ake amfani da su don biyan kuɗin albarkatun kwamfuta da kuma ba da lada ga nodes saboda gudunmawar da suke bayarwa ga hanyar sadarwa.

Tsarin Amincewa: MCP tana magance matsalar amincewa ta asali a cikin ƙididdiga na rarrabuwa ta hanyar ƙirƙirar tsarin inda ake ba da lada ta fuskar tattalin arziki ga halin gaskiya kuma ake hukunta halin rashin gaskiya ta fuskar tattalin arziki.

B. Yarda: Proof of Honesty (PoH)

Proof of Honesty (PoH) b sabon tsarin yarjejeniya ne wanda aka tsara shi musamman don cibiyar sadarwar Computecoin. Ba kamar tsoffin tsarin yarjejeniya irin su Proof of Work (PoW) da Proof of Stake (PoS) ba, waɗanda suka mayar da hankali kan tabbatar da ma'amaloli, an tsara PoH don tabbatar da sakamakon lissafi.

Babban ra'ayin PoH shine ƙirƙirar tsarin inda nodes ke samun ƙwarin gwiwa don yin aiki da gaskiya. Nodes waɗanda suka ci gaba da samar da ingantaccen sakamako ana ba su lada da CCN tokens, yayin da nodes waɗanda suka ba da sakamako mara inganci ana hukunta su.

PoH yana aiki ta hanyar aika "ayyukan yin zamba" lokaci-lokaci zuwa nodes a cikin cibiyar sadarwa. An tsara waɗannan ayyukan don gwada gaskiyar nodes. Nodes waɗanda suka kammala waɗannan ayyukan daidai suna nuna gaskiyarsu kuma ana ba su lada. Nodes waɗanda suka kasa kammala waɗannan ayyukan ko kuma suka ba da sakamako mara kyau ana hukunta su.

Ƙirƙirar Algorithm: PoH tana wakiltar babban tashi daga hanyoyin yarjejeniya na al'ada ta hanyar mai da hankali kan amincin lissafi maimakon kawai tabbatar da ma'amala, yana mai da shi keɓantacce ga hanyoyin sadarwar kwamfuta masu rarrabawa.

B1. Bayanin Algorithm

Algorithm na PoH ya ƙunshi mahimman sassa da yawa: ma'ajiyar aikin yin zamba, mai tsara aiki, mai tabbatar da sakamako, tsarin yanke hukunci, da ka'idar ƙarfafawa.

Algorithm yana aiki kamar haka: Task scheduler yana zaɓar nodes daga cikin hanyar sadarwa don aiwatar da ayyukan lissafi. Waɗannan ayyukan sun haɗa da ainihin ayyukan masu amfani da kuma ayyukan phishing daga phishing-task repository. Nodes suna sarrafa waɗannan ayyukan kuma suna mayar da sakamakon ga result verifier.

Result verifier yana duba sakamakon duka ayyuka na gaske da na phishing. Don ayyuka na gaske, verifier yana amfani da haɗin dabarun cryptographic da kuma giciye-tabbatarwa tare da sauran nodes don tabbatar da daidaito. Don ayyukan phishing, verifier ya riga ya san daidai sakamako, don haka zai iya gano nan da nan idan node ya ba da ba daidai ba sakamako.

Tsarin hukunci yana amfani da sakamakon mai tantancewa don tantance waɗanne nodes ke aiki da gaskiya kuma waɗanne ba sa. Nodes waɗanda suka ci gaba da samar da ingantaccen sakamako ana ba su lada da CCN tokens, yayin da nodes waɗanda suka ba da sakamako mara kyau ana hukunta su ta hanyar kwace hannun jari.

A tsawon lokaci, algorithm ɗin ya dace da halayen nodes. Nodes waɗanda ke da tarihin gaskiya ana amincewa su da muhimman ayyuka kuma suna karɓar lada mafi girma. Nodes waɗanda ke da tarihin rashin gaskiya ana ba su ƙananan ayyuka kuma a ƙarshe ana iya cire su daga cibiyar sadarwa.

Amincewa Mai Daidaitawa: Tsarin tushen suna ya haifar da sake zagayowar karfafa kai inda ingantattun nodes suka sami ƙarin damammaki da lada mafi girma, yayin da marasa gaskiya a hankali aka ware su daga cibiyar sadarwa.

B2. Phishing-task repository

Gida-gida aikin phishing repository tarin ayyuka da aka riga aka ƙididdige su tare da sanannen sakamako. Waɗannan ayyukan an tsara su ne don gwada gaskiya da ƙwarewar nodes a cikin hanyar sadarwa.

Repositoryn ya ƙunshi ayyuka iri-iri, gami da sauƙaƙan lissafi, hadaddun siminti, da ayyukan sarrafa bayanai. An tsara ayyukan don wakiltar nau'ikan ayyukan da nodes za su ci karo da su a cikin hanyar sadarwa ta ainihi.

To ensure that nodes cannot distinguish between phishing tasks and real tasks, the phishing tasks are formatted identically to real tasks. They also cover a similar range of difficulty levels and computational requirements.

The repository is continuously updated with new tasks to prevent nodes from memorizing the results of existing tasks. New tasks are added by a decentralized group of validators, who are rewarded with CCN tokens for their contributions.

Ana zaɓin ayyuka daga ma'ajiyar ana yin su ba da gangan ba don tabbatar da cewa nodes ba za su iya hasashen waɗanne ayyuka za su zama ayyukan satar bayanai ba. Wannan tsarin zaɓin bazuwar an tsara shi ne don sa ya yi wa ɓarnatattun nodes wahala su yi wasa da tsarin.

Tsarin Tsaro: Tsarin aikin satar bayanai yana ƙirƙirar tsarin tabbatarwa mai ci gaba wanda ke aiki a sarari a cikin aikin yau da kullun, yana sa ya yi wa mugayen 'yan wasa wahala gano su kuma su kauce wa tsarin tabbatarwa.

B3. Task scheduler

Mai aikin mai tsara ayyuka yana da alhakin rarraba ayyuka zuwa ga nodes a cikin hanyar sadarwa. Yana taka muhimmiyar rawa wajen tabbatar da cewa ana sarrafa ayyuka yadda ya kamata kuma hanyar sadarwa ta kasance cikin aminci.

Mai tsara ayyuka yana amfani da tsarin suna don tantance waɗanne nodes ne suka cancanci karɓar ayyuka. Nodes masu babban suna (wato, tarihin samar da sakamako daidai) suna da mafi yawan damar karɓar ayyuka, musamman ma manyan ayyuka masu muhimmanci.

Lokacin rarraba ayyuka, mai tsara ayyuka yana la'akari da abubuwa da yawa, ciki har da sunan node, iyawar sarrafawa, wurin da yake, da kuma nauyin da yake da shi a halin yanzu. Wannan yana tabbatar da cewa ana ba da ayyuka ga nodes mafi dacewa.

Don ayyukan mai amfani na ainihi, mai tsara jadawalin na iya sanya aiki ɗaya ga dandamali da yawa don ba da damar tantancewa. Wannan yana taimakawa wajen tabbatar da cewa sakamakon da aka samu daidai ne, ko da wasu dandamali sun yi mugunta.

Don ayyukan satar bayanai, mai tsara jadawalin yakan sanya kowane aiki ga dandamali guda ɗaya. Wannan saboda an riga an san sakamako daidai, don haka babu buƙatar tantancewa.

Scheduler din yana ci gaba da lura da ayyukan nodes kuma yana daidaita algorithm ɗin rarraba ayyukansa yadda ya kamata. Wannan yana tabbatar cewa hanyar sadarwa ta ci gaba da zama mai inganci kuma tana amsa yanayin canji.

Rarraba Mai Hikima: Tsarin yanke shawara na scheduler na abubuwa da yawa yana haɓaka duka aiki (ta hanyar dacewa da iyawa da wuri) da kuma tsaro (ta hanyar aikin da ya danganci suna).

B4. Result verification

Bangaren tabbatar da sakamako yana da alhakin duba daidaiton sakamakon da nodes suka dawo da shi. Yana amfani da haɗe-haɗen dabarai don tabbatar da cewa sakamakon daidai ne kuma na gaskiya.

Don ayyukan satar bayanai, tabbatarwa yana da sauƙi: mai tabbatarwa kawai yana kwatanta sakamakon da node ya dawo da shi da sanannen daidai sakamako. Idan sun yi daidai, ana ɗaukar node ya yi aiki da gaskiya. Idan ba su yi daidai ba, ana ɗaukar node ya yi aiki na rashin gaskiya.

Don ainihin ayyukan mai amfani, tabbatarwa ya fi sarkakiya. Mai tabbatarwa yana amfani da dabarai da yawa, ciki har da:

1. Bincike tsakanin juna: Lokacin da aka sanya aiki ɗaya ga nodes da yawa, mai tantancewa yana kwatanta sakamakon. Idan akwai yarjejeniya tsakanin nodes, ana ɗaukar sakamakon daidai ne. Idan akwai saba war, mai tantancewa na iya neman ƙarin nodes don aiwatar da aikin don warware rikicin.

2. Tabbatarwar cryptographic: Wasu ayyuka sun haɗa da hujjojin cryptographic waɗanda ke bawa mai tantancewa damar duba daidaiton sakamakon ba tare da sake aiwatar da dukan aikin ba. Wannan yana da amfani musamman ga hadaddun ayyuka waɗanda zasu yi tsada a sake aiwatar da su.

3. Spot checking: Mai masu tabbatarwa yana zaɓar ɓangare na ayyuka na ainihi da bazuwar don sake sarrafa su da kansa. Wannan yana taimakawa tabbatar da cewa nodes ba za su iya ci gaba da ba da sakamako mara kyau na ainihin ayyuka ba tare da an gano su ba.

Tsarin tabbatarwa an tsara shi ne don yin aiki mai inganci, ta yadda ba zai haifar da babban kaya ga cibiyar sadarwa ba. Manufar ita ce samar da babban matakin tsaro yayin kiyaye aiki da haɓaka cibiyar sadarwa.

Verification Strategy: Hanyar tabbatarwa mai yadudduka tana ba da ingantaccen tsaro yayin rage yawan lissafin kwamfuta, yana samun daidaito tsakanin aminci da aiki wanda ke da mahimmanci ga kwamfutadar da ba ta da tushi.

B5. Judgement

Tsarin hukunci yana da alhakin kimanta halayen nodes bisa sakamakon aikin tabbatarwa. Yana ba kowane node maki daraja, wanda ke nuna tarihin gaskiya da amincin node.

Nodes masu ba da sakamako daidai akai-akai suna ganin maki darajarsu suna karuwa. Nodes masu ba da sakamako kuskure suna ganin maki darajarsu suna raguwa. Girman canjin ya dogara da tsananin keta.

Don ƙananan laifuffuka, kamar ba da sakamako mara daidai lokaci-lokaci, makin mutuntaka na iya raguwa kadan. Don manyan laifuffuka, kamar ci gaba da ba da sakamako mara daidai ko ƙoƙarin yin magudi, makin mutuntaka na iya raguwa sosai.

Baya ga gyara makin mutuntaka, tsarin shari'a kuma zai iya saka wasu hukunce-hukunce. Alal misali, nodes masu ƙarancin mutuntaka za a iya cire su na ɗan lokaci ko har abada daga cikin hanyar sadarwa. Haka nan za a iya kwace CCN tokens ɗin da suka sanya a waje.

Tsarin hukunci an tsara shi don ya zama mai bayyana da adalci. Dokokin kimanta halayen node suna samuwa ga jama'a, kuma yanke shawarar tsarin ya dogara ne akan ma'auni na haƙiƙa.

Tattalin Arzikin Suna: Tsarin suna yana haifar da ƙwararrun ƙwararrun tattalin arziki don halayen gaskiya, kamar yadda nodes masu girman suna samun ƙarin ayyuka da mafi girman lada, yana haifar da zagayowar aminci da aiki.

B6. Incentive protocol

Tsarin kyauta an tsara shi ne don karrama nodes waɗanda suke aiki da gaskiya kuma suna ba da gudummawa ga hanyar sadarwa. Yana amfani da haɗin kyautar toshe, kuɗin ma'amala, da kuma kyautar kammala aiki don ƙarfafa halin da ake so.

Ana bayar da kyautar toshe ga nodes waɗanda suka yi nasarar tabbatar da ma'amaloli da ƙirƙirar sabbin tubalan a cikin MCP blockchain. Adadin kyautar an ƙayyade shi ta jadawalin hauhawar farashin kayayyaki na hanyar sadarwa.

Ana biyan kuɗin ma'amala ta masu amfani don sanya ma'amalolinsu a cikin blockchain. Ana rarraba waɗannan kuɗaɗen ga nodes waɗanda ke tabbatar da ma'amalolin.

Ana ba da lada mai cika aiki ga nodes waɗanda suka kammala ayyukan lissafi cikin nasara. Adadin lada ya dogara da sarkakiyar aikin, mutuncin node, da kuma buƙatun yanzu na albarkatun kwamfuta.

Nodes masu maki mutunci mafi girma suna karɓar lada mafi girma don kammala ayyuka. Wannan yana haifar da ingantaccen madauki na amsawa, inda ake ba da lada ga halin gaskiya, kuma ana ƙarfafa nodes su kiyaye kyakkyawan suna.

Baya ga waɗannan lada, tsarin ƙarfafawa kuma ya haɗa da hanyoyin hana mugun hali. Misali, ana buƙatar nodes su saka CCN tokens don shiga cikin hanyar sadarwa. Idan an gano wani node yana yin mugun hali, za a iya kwace kasadinsa.

Haɗin lada da hukunci yana haifar da ƙaƙƙarfan ƙarfafawa ga nodes su yi gaskiya kuma su ba da gudummawa ga nasarar hanyar sadarwa.

Economic Design: Tsarin ƙarfafawa yana ƙirƙirar daidaitaccen tsarin tattalin arziki wanda ke ba da lada ga gudummawar yayin da yake hukunta mugun hali, yana daidaita ƙarfafawar kowane node tare da lafiyar gaba ɗaya da tsaron hanyar sadarwa.

C. System optimization

Domin tabbatar da cewa hanyar sadarwar Computecoin tana da inganci, mai fa'ida, da amsa, mun aiwatar da dabarun inganta tsarin da yawa:

1. Sharding: An raba MCP blockchain zuwa shards da yawa, kowannensu yana iya aiwatar da ma'amaloli da kansa. Wannan yana ƙara yawan aikin hanyar sadarwa sosai.

2. Parallel processing: Duka PEKKA da MCP an ƙera su ne don yin amfani da fa'idar sarrafa layi daya. Wannan yana ba da damar hanyar sadarwa ta ɗauki ayyuka da yawa a lokaci guda, yana ƙara ƙarfin gaba ɗaya.

3. Caching: Ana adana bayanan da ake samun dama akai-akai da sakamako don rage buƙatar maimaita lissafi. Wannan yana inganta aikin hanyar sadarwa kuma yana rage farashin amfani da ita.

4. Dynamic resource allocation: The network continuously monitors the demand for computing resources and adjusts the allocation of resources accordingly. This ensures that resources are used efficiently and that the network can scale to meet changing demands.

5. Compression: Data is compressed before being transmitted over the network, reducing bandwidth requirements and improving performance.

6. Optimized algorithms: The algorithms used for task scheduling, result verification, and consensus are continuously optimized to improve efficiency and reduce computational overhead.

Waɗannan ingantattun abubuwa suna tabbatar cewa hanyar sadarwar Computecoin za ta iya ɗaukar manyan buƙatun aikace-aikacen metaverse yayin kiyaye babban matakin aiki da tsaro.

Injiniyan Aiki: Waɗannan ingantattun abubuwa suna wakiltar dabarun zamani na ƙwararru a cikin injiniyan tsarin rarrabawa, suna tabbatar da cewa hanyar sadarwa za ta iya faɗaɗa don biyan manyan buƙatun lissafi na metaverse yayin riƙe ƙarancin jinkiri da babban aminci.

IV. AI POWERED SELF-EVOLUTION

Tsarin Computecoin an ƙera shi don ci gaba da haɓakawa da kuma daidaitawa ga yanayi masu canzawa ta hanyar juyin halitta na kai ta hanyar AI. Wannan ikon yana bawa cibiyar sadarwa damar inganta ayyukanta, haɓaka tsaronta, da faɗaɗa ayyukanta a kan lokaci.

A tsakiyar wannan ikon juyin halitta na kai akwai cibiyar sadarwa ta wakilan AI waɗanda ke lura da sassa daban-daban na aikin cibiyar sadarwa. Waɗannan wakilai suna tattara bayanai kan aikin cibiyar sadarwa, halayen nodes, buƙatun masu amfani, da sauran abubuwan da suka dace.

Ta amfani da algorithms na koyon na'ura, waɗannan wakilai suna nazarin bayanan da aka tattara don gano alamu, gano abubuwan da ba su dace ba, da yin hasashe game da halayen hanyar sadarwa na gaba. Dangane da wannan bincike, wakilai na iya ba da shawarar ingantattun algorithms na hanyar sadarwa, ka'idoji, da dabarun rarraba albarkatu.

Wasu misalan yadda ake amfani da AI don haɓaka hanyar sadarwa sun haɗa da:

1. Predictive resource allocation: AI algorithms predict future demand for computing resources and adjust the allocation of resources accordingly. This ensures that the network has sufficient capacity to meet demand during peak periods.

2. Anomaly detection: AI agents detect unusual patterns of behavior that may indicate malicious activity. This allows the network to respond quickly to potential security threats.

3. Performance optimization: AI algorithms analyze network performance data to identify bottlenecks and suggest optimizations. This helps to continuously improve the speed and efficiency of the network.

4. Adaptive security: AI agents learn from past security incidents to develop new strategies for protecting the network. This allows the network to adapt to new types of threats as they emerge.

5. Personalized service: AI algorithms analyze user behavior to provide personalized recommendations and optimize the user experience.

Fasahar Hangen Nesa: Haɗa AI don haɓaka kai yana wakiltar ci gaba mai mahimmanci a cikin blockchain da tsarin rarrabawa, yana ba da damar haɓakawa ci gaba ba tare da buƙatar haɓaka ƙa'idodin hannu ba.

Tsarin haɓaka kai an tsara shi don zama rarrabuwa kuma bayyane. Wakilan AI suna aiki a cikin saitin jagororin waɗanda ke tabbatar da shawarwarinsu sun dace da manufodin gaba ɗaya na hanyar sadarwa. Ana kimanta canje-canjen da aka gabatar ga hanyar sadarwa ta hanyar al'ummar masu tantancewa da aka rarraba kafin a aiwatar da su.

Wannan ikon haɓaka kai mai ƙarfin AI yana tabbatar cewa hanyar sadarwar Computecoin ta kasance a kan gaba na fasaha, tana ci gaba da daidaitawa don biyan buƙatun da ke haɓaka na metaverse.

Tsarin Gine-gine na Daidaitu: Wannan ikon sake fasalin kai yana mai da hanyar sadarwa daga tsattsauran tsarin kayayyaki zuwa tsarin rai, mai daidaitawa wanda zai iya haɓaka kansa bisa yanayin amfani na ainihi da buƙatun da ke tasowa.

V. TOKENOMICS

A. Rarraba CCN token

The total supply of CCN tokens is fixed at 21 billion. The tokens are allocated as follows:

1. Mining rewards: 50% (10.5 billion tokens) are allocated for mining rewards. These tokens are distributed to nodes that contribute computing resources to the network and help secure the MCP blockchain.

2. Team and advisors: 15% (3.15 billion tokens) an keɓe ga ƙungiyar da suka kafa da masu ba da shawara. Waɗannan tokens ɗin suna bin jadawalin sanya hannu don tabbatar da jajircewa na dogon lokaci ga aikin.

3. Foundation: 15% (3.15 billion tokens) an keɓe ga Computecoin Network Foundation. Ana amfani da waɗannan tokens ɗin don ba da kuɗi ga bincike da haɓakawa, talla, da shirye-shiryen al'umma.

4. Strategic partners: 10% (2.1 billion tokens) an keɓe ga abokan haɗin gwiwa na dabarun da ke samar da muhimman albarkatu da goyon baya ga cibiyar sadarwa.

5. Public sale: 10% (2.1 billion tokens) an keɓe don sayar da jama'a don tara kuɗaɗe ga aikin da rarraba tokens ga al'umma mai faɗi.

An tsara rabon token ɗin don tabbatar da cewa akwai daidaitaccen rarraba tokens tsakanin duk masu ruwa da tsaki, tare da mai da hankali sosai kan ba da lada ga waɗanda ke ba da gudunmawa ga ci gaban hanyar sadarwa da tsaro.

Economic Design: The token allocation strategy balances incentives for early contributors with long-term ecosystem growth, ensuring alignment between all stakeholders and the network's success.

B. CCN stakeholders and their rights

There are several types of stakeholders in the Computecoin network, each with their own rights and responsibilities:

1. Masu Ma'ajin: Masu ma'ajin suna ba da albarkatun kwamfuta ga cibiyar sadarwa kuma suna taimakawa wajen tsare MCP blockchain. A sakamakon haka, suna samun ladan ma'aji da kuma kuɗin ma'amala. Masu ma'ajin kuma suna da haƙƙin shiga cikin tsarin yarjejeniya da kuma jefa ƙuri'a kan shawarwarin cibiyar sadarwa.

2. Masu Amfani: Masu amfani suna biyan alamun CCN don samun damar yin amfani da albarkatun kwamfuta a cibiyar sadarwa. Suna da haƙƙin yin amfani da albarkatun cibiyar sadarwa da kuma samun sakamako masu inganci da aminci ga ayyukansu na lissafi.

3. Masu Haɓakawa: Masu haɓakawa suna gina aikace-aikace da ayyuka a saman cibiyar sadarwar Computecoin. Suna da haƙƙin samun damar yin amfani da API na cibiyar sadarwa da kuma amfani da albarkatunta don ƙarfafa aikace-aikacensu.

4. Masu riƙe token: Masu riƙe token suna da haƙƙin jefa ƙuri'a a kan shawarwarin cibiyar sadarwar da kuma shiga cikin mulkin cibiyar sadarwar. Haka nan suna da haƙƙin sanya alamun su don samun ƙarin lada.

5. Foundation: Gidauniyar Cibiyar Sadarwar Computecoin tana da alhakin ci gaba da mulki na dogon lokaci na cibiyar sadarwar. Tana da haƙƙin ware kuɗi don bincike da haɓakawa, talla, da ƙaddamarwa na al'umma.

An haƙƙoƙi da alhakin kowane ƙungiyar masu ruwa da tsaki an tsara su ne don tabbatar da cewa hanyar sadarwa ta ci gaba da zama mai rarrabawa, amintacce, da kuma amfani ga duk mahalarta.

Tsarin Mulki: Wannan tsarin mulki na masu ruwa da tsaki da yawa ya haifar da yanayin muhalli mai daidaito inda babu ƙungiya ɗaya da za ta iya mamakin yanke shawara, yana tabbatar da cewa hanyar sadarwa ta ci gaba da dacewa da ka'idojinta na rarrabawa.

C. Mint CCN tokens

CCN tokens ana ake samu ta hanyar aikin haƙo ma'adinai. Aikin haƙo ma'adinai ya ƙunshi ba da gudummawar ƙwarewar kwamfuta ga cibiyar sadarwa da kuma taimakawa wajen tsare MCP blockchain.

Masu haƙo ma'adinai suna gogayya don warware rikitattun matsalolin lissafi, wanda ke taimakawa wajen tabbatar da ma'amaloli da ƙirƙirar sabbin tubalan a cikin blockchain. Mai haƙon ma'adinai na farko da ya warware matsala ana ba shi lada da takamaiman adadin CCN tokens.

Lada na haƙo ma'adinai yana raguwa a kan lokaci bisa ga tsaririn da aka kayyade. An ƙirƙira wannan don sarrafa adadin hauhawar farashin CCN tokens da kuma tabbatar da cewa jimillar wadatar zai kai biliyan 21 cikin tsawon shekaru 100.

A ban da sakamakon tubalan, masu haƙo ma suna karɓar kuɗin ma'amaloli. Waɗannan kuɗin masu amfani ne ke biyan su don a haɗa ma'amalolinsu a cikin blockchain.

Mining is designed to be accessible to anyone with a computer and an internet connection. However, the difficulty of the mining problems adjusts dynamically to ensure that new blocks are created at a consistent rate, regardless of the total computing power in the network.

Rarraba Token: Tsarin hakar ma'adinai yana tabbatar da rarraba token da adalci da kuma rarrabuwa yayin kare hanyar sadarwa, yana haifar da dangantakar symbiosis tsakanin rarraba token da tsaron hanyar sadarwa.

D. Tsarin sakin Token

Sakin Token na CCN yana bin wani tsari da aka kayyade don tabbatar da isasshen kuma a iya hasashen wadatar token zuwa kasuwa.

1. Mining rewards: Mining rewards start at 10,000 CCN per block and decrease by 50% every 4 years. This is similar to the Bitcoin halving mechanism.

2. Team and advisors: Tokens allocated to the team and advisors are released gradually over a period of 4 years, with 25% vesting after 1 year and the remaining 75% vesting monthly over the next 3 years.

3. Foundation: Tokens allocated to the foundation are released gradually over a period of 10 years, with 10% released each year.

4. Strategic partners: Tokens allocated to strategic partners are subject to vesting schedules that vary depending on the partner's agreement, but typically range from 1 to 3 years.

5. Public sale: Tokens sold in the public sale are released immediately, with no vesting period.

Wannan shirin saki an tsara shi don hana adadin tokens masu yawa shiga kasuwa kwatsam, wanda zai iya haifar da sauyin farashi. Hakanan yana tabbatar da cewa duk masu ruwa da tsaki suna da sha'awar dogon lokaci don ba da gudummawa ga nasarar hanyar sadarwa.

Kwanciyar Kasuwa: Tsarin saki da aka tsara a hankali yana hana zubar da token kuma yana tabbatar da daidaiton dogon lokaci tsakanin duk masu ruwa da tsaki, yana haifar da yanayi mai kwanciyar hankali na tattalin arziki don ci gaban hanyar sadarwa.

E. Mining Pass da staking

Mining Pass wata tsari ne wanda ke bawa masu amfani damar shiga cikin aikin hakar ma'adinai ba tare da kashe kuɗi ga kayan aiki mai tsada ba. Masu amfani na iya siyan Mining Pass ta amfani da CCN tokens, wanda ke ba su haƙƙin karɓar wani ɓangare na ladan hakar ma'adinai.

Mining Passes suna samuwa a matakai daban-daban, inda mafi girman matakan ke samar da mafi girma rabo na ladan hakar ma'adinai. Farashin Mining Passes an ƙayyade shi ta kasuwa kuma yana daidaitawa bisa buƙata.

Staking wata hanya ce ta samun lada ga masu amfani. Masu amfani za su iya sanya CCN tokens ɗin su ta hanyar kulle su a cikin kwangilar wayo na wani lokaci. A sakamakon haka, za su karɓi wani ɓangare na kuɗin ma'amala da ladan toshe.

Yawan lada da mai amfani ya samu daga staking ya dogara ne da adadin takardun shaida da suka sanya da kuma tsawon lokacin da suka sanya. Masu amfani waɗanda suka sanya ƙarin takardun shaida na tsawon lokaci suna samun ƙarin lada.

Staking yana taimakawa wajen tsare hanyar sadarwa ta hanyar rage adadin takardun shaida da ake samu don ciniki, wanda ke sa hanyar sadarwa ta fi juriya ga hare-hare. Haka nan yana ba da hanya ga masu amfani don samun kuɗin shiga ba tare da aiki ba daga takardun shaida na CCN.

Samun Shiga: Ma'adanin Pasi da tsarin tubbin kudi suna ba da damar kowa shiga cibiyar sadarwa, yana baiwa masu amfani da ke da ƙwarewar fasaha da jari daban-daban damar ba da gudummawa da amfana daga ci gaban cibiyar sadarwar.

F. Mataki na Ci gaba

Ci gaban cibiyar sadarwar Computecoin an raba shi zuwa matakai da yawa:

1. Stage 1 (Foundation): Wannan mataki ya mayar da hankali kan haɓaka ainihin ababen more rayuwa na cibiyar sadarwa, gami da Layer na PEKKA da MCP blockchain. Hakanan ya haɗa da gina ƙaramin hanyar sadarwa na gwaji tare da iyakance adadin nodes.

2. Stage 2 (Expansion): A cikin wannan mataki, an faɗaɗa cibiyar sadarwa don haɗa ƙarin nodes da tallafawa ƙarin nau'ikan ayyukan kwamfuta. Hakanan an gabatar da iyawar cin gashin kai na AI a cikin wannan mataki.

3. Stage 3 (Maturity): Wannan mataki ya mayar da hankali kan inganta cibiyar sadarwa da sikelinsa don ɗaukar manyan buƙatun aikace-aikacen metaverse. Hakanan ya haɗa da haɗa cibiyar sadarwa tare da sauran hanyoyin sadarwar blockchain da dandamalin metaverse.

4. Stage 4 (Autonomy): A mataki na ƙarshe, hanyar sadarwa ta zama mai cin gashin kanta gaba ɗaya, inda wakilan AI ke yin mafi yawan yanke shawagi game da ayyukan hanyar sadarwa da ci gaba. Matsayin gidaunyan ya ragu zuwa samar da sa ido da tabbatar da cewa hanyar sadarwa ta ci gaba da dacewa da ainihin manufarta.

Ana sa ran kowane mataki zai ɗauki kimanin shekaru 2-3 don kammalawa, tare da sabuntawa na yau da kullun da ingantattun abubuwan da aka fitar a tsarin ci gaba.

Tsarin Manufa: Hanyar ci gaba ta matakai tana tabbatar da ci gaba mai tsari daga tushen abubuwan more rayuwa zuwa cikakken 'yancin kai, daidaita saurin maimaitawa tare da dogon hangen nesa da kwanciyar hankali.

VI. WALLAFE-WALLAFE

Waɗannan wallafe-wallafen suna ba da ƙarin cikakkun bayanai game da cibiyar sadarwar Computecoin da fasahohinta na asali:

1. "Computecoin Network: A Decentralized Infrastructure for the Metaverse" - Wannan takarda tana ba da taƙaitaccen bayani game da cibiyar sadarwar Computecoin, gami da tsarinta, algorithm ɗin yarda, da tsarin kuɗi.

2. "Proof of Honesty: A Novel Consensus Algorithm for Decentralized Computing" - Wannan takarda tana bayyana algorithm ɗin yarda na Proof of Honesty dalla-dalla, gami da ƙirarsa, aiwatarwa, da kaddarorin tsaro.

3. "PEKKA: A Parallel Edge Computing and Knowledge Aggregator for the Metaverse" - Wannan takarda ta mayar da hankali kan PEKKA Layer na Computecoin network, gami da ikonta na tattara albarkatu da hanyoyin juyar da lissafi.

4. "AI-Powered Self-Evolution in Decentralized Networks" - Wannan takarda tana tattauna rawar AI wajen baiwa cibiyar sadarwar Computecoin damar ci gaba da ingantawa da kuma daidaitawa ga yanayi masu canzawa.

5. "Tokenomics of Computecoin: Incentivizing a Decentralized Computing Ecosystem" - Wannan takarda ta ba da cikakken bincike na tattalin arzikin token na CCN, gami da raba token, hakar ma'adinai, saka hannun jari, da mulki.

These publications are available on the Computecoin network website and in various academic journals and conferences.

Academic Foundation: The peer-reviewed publications provide academic credibility and technical validation for the Computecoin network's innovations, bridging the gap between theoretical research and practical implementation.

VII. KARSHEWA

Metaverse yana wakiltar ci gaban gaba na intanet, yana alƙawarin kawo juyin juya hali ga yadda muke hulɗa, aiki, da wasa a kan layi. Duk da haka, ci gaban metaverse a halin yanzu yana iyakance ta hanyar tsarin abubuwan more rayuwa na cibiyoyi waɗanda ke ƙarfafa intanet a yau.

An ƙera cibiyar sadarwar Computecoin don magance wannan iyaka ta hanyar samar da ingantaccen tsarin abubuwan more rayuwa maras cibiyoyi don metaverse. Maganinmu yana amfani da ƙarfin girgije maras cibiyoyi da fasahar blockchain don ƙirƙirar dandali mafi sauƙin isa, ma'auni, da tsada don aikace-aikacen metaverse.

Tsarin gine-gine mai hawa biyu na tsarin Computecoin - PEKKA da MCP - yana ba da cikakkiyar mafita don metaverse. PEKKA tana kula da tarawa da tsara albarkatun kwamfuta, yayin da MCP ke tabbatar da aminci da ingancin lissafi ta hanyar sabuwar algorithm ɗin yarda ta Proof of Honesty.

Ƙarfin kai-tsaye na AI na cibiyar sadarwa yana tabbatar da cewa za ta iya ci gaba da haɓakawa da daidaitawa ga yanayi masu canzawa, ta kasance a kan gaba na fasaha.

An tsarin kuɗin CCN an tsara shi don ƙirƙirar yanayin daidaitacce kuma mai dorewa, tare da ƙarfafawa ga duk masu ruwa da tsaki don ba da gudummawa ga nasarar hanyar sadarwa.

Hangen nesa na Dabarun: Cikakken aiwatar da Cibiyar Sadarwar Computecoin na iya haɓaka haɓakar metaverse da sauri ta hanyar magance ƙalubalen abubuwan more rayuwa waɗanda suka iyakance ƙima da samun dama.

Mun yi imanin cewa hanyar sadarwar Computecoin tana da yuwuwar zama tushen tushen abubuwan more rayuwa na metaverse, yana ba da damar sabon tsarin aikace-aikacen da ba a haɗa su ba da gogewa. Tare da goyon bayan al'ummarmu, mun himmatu wajen tabbatar da wannan hangen nesa.

Gasken Gani: Computecoin ba wani bayani ne kawai na fasaha ba, amma wani sauyi na tsari a yadda ake gina kuma ake sarrafa kayan aikin lissafi, wanda zai iya sake fasalin yanayin dijital na shekaru masu zuwa.

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