The blockchain technology in the current phase has already passed the simple function of the book. Seele is a cloud computer essentially super distributed with millions of TPS and an entire storage system to provide affluent applications expanding the previous applications related to the transaction of financial assets, token issuance and forecast markets provided by blockchain technology.
Neural Consensus Algorithm
Seele summarizes the benefits and drawbacks of the present main consensus algorithms, proposing a latest ε-differential agreement (EDA), on "micro real numbers" basis, revolving around the issue of consensus in asynchronous application processing and classification of data in the environment on a large scale and has great strength for global network connectivity. One of the critical properties of this algorithm is the linear extensibility, which means the performance extends linearly along the node size.
Principle
Repeated incomplete sampling will gradually cover all aspects of the system and the discrete rating of the usual consensus agreement shall be converted into a continuous vote. If the convergence function is used, if each tuning value is compressed and the degree is below the predetermined threshold ε, it is dogged that the voting matches and the value are utilized as the sorting base.
The algorithm utilizes the position of a virtual axis as coordinating the base of the order of the block so that the order of the block is more dependent on the pre-block consensus and not completely parallelized out of the bottleneck in performance compared to the substantial existing protocol. Processing supports a convenient and effective way to significantly improve system efficiency. The separation architecture complies with the consistency front repeatability test, separate backend technology storage with better portability.
Heterogeneous Forest Network
The advancement of humankind has accomplished the primitive model of a single strain, the multiracial model, the different cultural environments and thus distinct institutional countries. The improvement of the Internet has also seen the era of stand-alone, easy connection between the machines, LAN multi-processor, diverse heterogeneous LAN connections and then Internet PC at the limit of the last century and then the modern mobile Internet. The expansion of blockchain begins with Bitcoin (blockchain v1), to Ethereum (v2) through smart contracts, thriving blockchain products today.
Forest Blockchain Structure
The network consists of heterogeneous forests of different subnets with every subnet is viewed as a hierarchical tree partition at the beginning of the chain tree is a chain of global services, called "meta-chain", which provides for programming and global configuration. From start to end, it corresponds to a chain of different forms of trade. It is subdivided according to isolation mechanisms, trading scenarios, and efficiency costs. The upper level serves routing and programming assistance for the lower levels. Every layer can be predetermined as self-reliant governance mechanisms, like flow control, access rights, security mechanisms, every layer forms a variety of small, independent ecology. The combination of several small ecologies represents a broad and complete ecosystem.
The wide variety of global complex business requirements can be achieved with heterogeneous forest network framework. The different types of companies with different aspects that work in different secondary chains, for instance, Intensive computation, mixed-type, and IOintensive, work well in different chains; The different layers of security needs of the company can also be carried out at different levels, for example, for the needs of the banking sector, in data security and the strong regularity of the transaction shall have higher needs, and can be confined in the best secure layer.
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Writer: Cryptoflintcode