比原链最新价格

比原链数字货币代码：BTM，英文名：Bytom，BTM为比原链的原生代币，总量为21亿个，早期发行采用ICO方式，其中总量的37%被用来ICO。比原链是一种多样性比特资产的区块链交互协议，运行在比原链上的不同类型资产可以通过该协议进行交换、对赌和基于智能合约的复杂交互操作。

BTM, English name: Bytom, BTM is the original intergenerational currency of the original chain, totalling 2.1 billion, with an early release using the ICO method, 37% of which is used for ICO. Compared to the original chain is a block-chain interactive protocol of diverse bit assets, with different types of assets operating on the chain that can be exchanged through that agreement, bets and complex interactions based on intelligent contracts.

比原链是一个针对资产领域的专用性公链平台，其最重要的功能就是联通原子世界与比特世界，促进资产在两个世界间的交互和流转。具体来说，运行在比原链上的不同形态的、异构的比特资产(原生的数字货币、数字资产)和原子资产(有传统物理世界对应物的权证、权益、股息、债券、情报资讯、预测信息等)可以通过比原链进行登记、交换、对赌、和基于合约的更具复杂性的交互操作。

Compared to the original chain, which is a dedicated public chain platform for the asset field, the most important function is to connect the atom world with the Bit world, facilitating the interaction and flow of assets between the two worlds. Specifically, the hesitant bit assets (original digital currency, digital assets) and atomic assets (licences, interests, dividends, bonds, intelligence information, forecasting information, etc.) that operate in different forms than the original chain can be registered, exchanged, gambled, and contract-based interactions more complex than the original chain.

比原链采用三层架构：应用层、合约层、数据层，应用层对移动终端等多终端友好，方便开发者便捷的开发出资产管理应用;合约层采用创世合约和控制合约进行资产的发行和管理，在底层支持扩展的utxo模型butxo，对虚拟机做了优化，采用自省机制以防止图灵完备中的死搀状态;数据层使用分布式账本技术，实现资产的发行、花费、交换等操作，共识机制采用对人工智能asic芯片友好型pow算法，在哈希过程中引入矩阵和卷积计算，使得矿机在闲置或被淘汰后，可用于ai硬件加速服务，从而产生额外的社会效益。

Three layers of architecture are used compared to the original chain: application layers, contract layers, data layers, multi-end-friendliness of application layers to mobile terminals, etc., which facilitate easy development of asset management applications by developers; contract layers, which use creation and control contracts for the issuance and management of assets, optimise the virtual machine at the bottom of the extension of the utxo model Butxo, using self-provinced mechanisms to prevent the still state of Turing; data layers, which use distributed book technology to achieve asset distribution, expenditure, exchange, etc., and consensus mechanisms that introduce artificial intelligence asic chip-friendly pow algorithms, introducing matrix and volume computing in the Hashi process, which allows miners to be used for i hardware acceleration services after they are idle or obsolete, thus generating additional social benefits.

银行区块链应用。在供应链金融、跨境业务、单证业务等领域。切实提高了效率，改善了应用场景。同时，区块链带来的提升更多的是生产关系上的改变，支付方式、管理组织模式均与原互联网时代不同。

In the areas of supply chain finance, cross-border operations, documentation, etc., efficiency has been improved and the application landscape has improved. At the same time, the chain of blocks has led to more changes in productive relationships, with different modes of payment and management of organizational patterns than in the old Internet era.

比特币、以太坊的应用。除了建立了去中心的支付方式和世界计算机。更深一层次，建立了DAO式的组织。区块链的DAO式组织使得系统呈现出强大的生命力。

Bitcoin, Etheria. Except for the central payment system and the world computer. At a deeper level, the DAO-style organization. The DAO-type structure of the block chain gives the system a powerful life force.

比原链的使命是连通比特世界与原子世界，建造起一个多元化资产的登记、流通的去中心化网络。比原链的目标是成为全球最大的专用型公链平台，探索不同类型资产与区块链的结合，提升资产的流动性、安全性、价值性。

The mission of the chain is to connect the Bit world to the atom world, building a network of registration and decentralisation of diverse assets. The objective of the chain is to become the largest dedicated public chain platform in the world, exploring the combination of different types of assets and block chains, and enhancing the liquidity, security, and value of assets.

比原链将极大的提升现有的价值属性的比特信息、比特资产的流动能力，通过合约和配置，也将产生新的比特资产。比原链作为一种媒介，将成为一个促成信息获利的经济体，一个数字资产效能的放大器。在未来，这些数字资产不仅会为现有的日常工作生活所用，也可以成为人工智能、物联网设备的“数据食物”的提供者，以进一步提升比特世界其对原子世界的影响力。

In the future, these assets will be used not only for existing daily working life, but also for artificial intelligence, object networking devices & ldquo; data food & rdquo; and providers to further enhance the impact of the Bit world on the atomic world.

1.UTXO兼容

1. UTXO compatibility

比原链由三层组成，数据交易及传输层、合约层、资产交互层。资产交互层通过调用合约来对资产进行操作，其中在在数据交易及传输层，兼容比特币的UTXO模型和交易数据结构，以实现高速并发和可控匿名。

The original chain consists of three layers, the data trading and transmission layer, the contract layer, and the asset interactive layer. The asset interactive layer operates the asset by calling a contract, in which the UTXO model and the transaction data structure of the bitcoin are compatible with the data trading and transmission layer, in order to achieve high-speed simultaneous and controlled anonymity.

2.通用地址格式

2. General address format

比原链钱包将引入BIP32，BIP43，BIP44理念，用Hierarchical Deterministic Wallets (or "HD Wallets")提供对多币种、多账户、多地址、多密钥的支持。

The original chain wallet will introduce the BIP32, BIP43, BIP44 concept, using Hierarchical Deterministic Wallets (or &quat; HD Wallets&quat;) to provide support for multiple currencies, multiple accounts, multiple addresses, multiple keys.

3.支持国密标准

3. Support for national confidentiality standards

比原链支持国密SM2椭圆曲线公钥密码算法和SM3密码杂凑算法。在实现同样的计算复杂度时，SM2在私钥的处理速度上远快于RSA、DSA算法，加密效率更高。SM3算法的压缩函数与SHA-256的压缩函数具有相似的结构，但是SM3算法的设计更加复杂，比如压缩函数的每一轮都使用2个消息字。

It is more efficient to encrypt than the original chain supports the national secret SM2 elliptical public key algorithm and the SM3 password combination. In achieving the same computational complexity, SM2 deals with private keys at a much faster rate than RSA, DSA, and encryption. The SM3 compression function has a similar structure to the SHA-256 compression function, but the SM3 algorithm is designed to be more complex, using, for example, two message words for each round of the compressed function.

4.对人工智能ASIC友好

4. Artificial intelligence friendly to ASIC

在共识机制中引入新型POW算法，在哈希计算过程中融入矩阵计算和卷积计算，实现对人工智能ASIC芯片友好，使得矿机在闲置或被淘汰后可以为人工智能深度学习提供硬件加速服务。

The introduction of a new Pow algorithm in the consensus mechanism, the integration of matrix and volume calculations in the Hashi calculation process, and the development of an artificial intelligence ASIC chip-friendliness allow miners to provide hardware acceleration services for artificial intelligence depth learning after they are idle or obsolete.

5.资产命名采用ODIN标识

5. Asset naming using the ODIN logo

链上资产的命名采用ODIN(Open Data Index Name)开放数据索引命名标准，利用区块链透明可信、不可篡改特性，保障资产的全网、全链唯一性。与其它基于区块链的标识解决方案不同的是，ODIN基于比特币区块链，支持扩展多级标识引入其它区块链(公有链、联盟链、私有链)，不是以抢注字符串的方式，而是用区块记录位置作为标识名称。

In contrast to other block-based identification solutions, which support the extension of multi-level identifiers into other block chains (public, union, private), ODIN is based on bitcoin block chains and supports the introduction of multiple markers into other chains (public, chain of alliance, private), not in the form of stickers, but rather in the form of block recording locations as identification names.

6.数据与签名分离

6. Data separation from signature

设计了一种多种资产可以互相交易发布的分布式账本协议。用该协议的多条链可以独立的存在， 并且可以跨链交易， 这样不同的运营商可以以相同的形式互相交易。坚持最小权限原则，其中比原链的区块设计中将数据和见证(Witness)、签名部分分离，以实现资产的管理和分布式账本同步控制相分离。造就了更好的可编程性和合约支持，并且为之后的旁路通道预留接口。

A distributed book agreement is designed in which multiple assets can be traded across one another. Multiple chains of the agreement can exist independently, and can be traded across chains, so that different operators can deal with each other in the same form.

7.增强的交易灵活性

7. Enhanced trade flexibility

BUTXO 与以太坊账户模型不同，可以并行验证交易，只要用类似于nonce的机制保证每一个未花费outputs最多只能被一笔交易所引用。比原链比以太坊更瘦，不需要完整的世界状态， 参与者只需要记住未花费的outputs就可了，因为交易会自带其他相关信息(如资产ID, 量额，控制程序)，支持超轻客户端。比原链支持compact 验证，只允许客户端验证块中所相关的交易，而不需要验证所有的交易，只要信任签名者的数量即可，整个过程使用Merkle证明。

BUTXO, unlike the Etherton account model, can verify transactions in parallel, so long as a mechanism similar to nonne ensures that each unexplored item is quoted at most by a single exchange. Thinner than the original chain does not need a complete state of the world, participants simply need to remember the unexpenseed item because the transaction will bring other relevant information (e.g. asset ID, volume, control program) to support the ultra-light client. Compared to the original chain to support the compact certification, only the client will be allowed to verify the transaction in the block and not all transactions, as long as the number of signatories is trusted, the entire process will be supported by Merkele.

8.基于侧链的跨链分红

Cross-chain redity based on the side chain

开发者可以在比原链上创建一种小型版本的X链(其他链X)中继器Xrelay，并从智能合约向X链中继器进行API调用，来验证X链网络活动，实现跨链通信，从而在合约中完成交易和分红操作。

Developers can create a small version of the X-chain (other chain X) repeater Xrelay from the original chain and make an API call from an intelligent contract to the X-chain repeater to validate the X-chain network activity and achieve cross-chain communication, thereby completing the transaction and redecorating operations in the contract.