SEELE:FEATURES, MISSIONS AND GOALS OF SEELE PLATFORM

One of the most important features of the consensus algorithm is the linear scalability, that is, the performance increases linearly with the node size.Seele synthesizes the advantages and disadvantages of current mainstream
consensus algorithms, and proposes a new ε-differential agreement (EDA)based on "micro-real numbers", which transform the consensus problem into an asynchronous request processing and sorting of data in large-scale environment, and has a very strong robustness for the overall connectivity of the network, for non-fully connected networks, and even each network connection is less than 50% of the proportion of the system can operate normally.

PRINCIPLES

all the features of the system will be gradually covered, and the discrete voting of the traditional consensus agreement will be transformed into a continuous voting [0%,100%]. By using the convergence function, when each voting value is compressed and the range smaller than the preset threshold , it is determined that the voting is consistent and the voting value is used as the basis for sorting.

Through the architecture separation, the agreement will be constant with the consistency of the front of the repeatability test, back-end storage technology separated from, with good portability.

SECURITY

This random selection process is non-interactive, the attacker could not know in advance which nodes are selected. During each round of consensus, the nodes in the selection are all random and different, which also increases the cost of the attack.

OVERVIEW

The development of human society has experienced the primitive single-tribal
model, to multi-tribal model, to different cultural habitats, and then to different
institutional countries.

The development of the Internet also experienced the stand-alone era, multi-machine simple interconnection, multi-machine LAN, to
a variety of heterogeneous LAN interconnection, and then to PC Internet at the end of last century, and then to today's mobile Internet and Internet of Things.

INTERNAL STORAGE
With MDDS, we provide two kinds of distributed storage methods based on blockchain. IPFS is as the core of storage and metadata on the chain of storage. The IPFS-centric storage is to provide a decentralized network where users store data on IPFS, a directory structure that allows each user to define files, and a directory structure that includes links to other IPFS files and other description of the files. The user uploads the data to the blockchain, the producer determines that the data is accepted by the broadcast, and the other blockchain nodes copy the file over the IPFS network. On the blockchain, calculate the hash of all published content; build a hash index address. When a user accesses a file, it will broadcast a hash request, find the node that stores the file, and send it to users.

Mission and Goals

*Standards promoters, network builders, and eco-preachers of Value Internet infrastructure

*To integrate the essence of the layered model of Internet fundamental protocol and provide a solid agreement guarantee for the interoperability of resources and the collaborative computing of heterogeneous networks;

*Providing a powerful foundation platform and high-speed pipe for the free and safe circulation of resources and positioning, discovery, and transfer of value and transformation within and across the global chain; Adhere to the ecological-oriented, win-win cooperation strategy for developers, service providers and users of data assets registration, value delivery, and exchange of open platform.

Dedicated to building operating system of Value Internet that provide developers with an integrated and flexible service design,development, testing and deployment service chain, provide the most efficient channels of service to customers for service providers, and the simplest channel for value transfer and exchange for users;Using the token economy to encourage communitycontributions to share and create ecosystem rather than a centralized software platform;Build new relations of production of Value Internet, promote the development of the blockchain in depth and release future productivity.

TEAM

Dr. Bi Wei,
chief scientist, PhD in Visual Science, City, University of London, MSc in Computer Science, The University of Oxford

Deputy Secretary General,
China Blockchain Technology Innovation and application Alliance First author of 8 blockchain technology related parents (Statuspending,submitted in 2017)Former London University postdoctoral, fellow, graduate doctoral tutor.Research Interests: blockchain, cryptography, data analysis, image processing and visual science. He has been invited to attend international academic conferences.His work has been published in journals such as the New England Journal of Medicine.His articles and opinions have been collected by the BBC, London Chinese Radio, Complex UK and other media reports.

Dr. Gong Hui
digital cryptocurrency expert, Ph.D. in UCL Financial Mathematics UCL block chain technology research center researcher
Sino-British blockchain Association founder
Yuen Long Financial Information Services (Shanghai) Co., Ltd. CEO

Dr. Maolin Zheng
Big data computing, mathematical modeling, predictive analytics Credit risk management, decision optimization, discrete optimization
Postdoctoral research fellow of NSERC, GERAD, University of Montreal Decision optimization expert, FICOSan Francisco Former CTO and chief scientist Beijing Guozhengtong Technologies, Beijing Former Chief scientist in credit riskmanagement, Creditease, Beijing

Dr. Nick Smith
medical data analyst Distributed Computing, Cloud Computing, Grid Computing Engineers Postdoctoral University of London, doctoral tutor Years of experience in distributed systems and cloud computing Good at distributed network architecture design, performance testing, and has many years of data analysis, data modeling, image processing and data conversion experience Incumbent UK Moorfields Eye Hospital honorary researcher.

ROADMAP