论文标题
指环的循环：完全分散的合作系统（概念）
The Loop of the Rings: A Fully Decentralized Cooperative System (The Concept)
论文作者
论文摘要
我们介绍了$ lor $，这是一个安全的，完全分散的和分布式的合作系统，其中$ lor $代表“戒指的循环”。 与传统的面向交易的系统不同，$ lor $使用基于环的结构优先考虑{\ it Concoration}，这使得可以既可以用作合作工作空间，又可以用作服务提供服务的多功能平台，可容纳各种角色，例如自由式管理系统，Iot Management Systems，甚至管理5G降低的服务。在此系统中，用户可以访问安全可靠的环境，使他们能够为潜在的大量用户提供一组特定的服务。我们的主要贡献是将新结构及其运行规则和原则介绍，并采用随机过程的组合，以使整个系统可以以数学上严格的术语进行准确地对整个系统进行建模。特别是，这是为了提供严格的证据，证明$ lor $既可靠又安全，并且可以根据其典型的通信复杂性有效地实施。
We introduce $LoR$, a secure, fully decentralized, and distributed cooperative system, where $LoR$ stands for "the Loop of the Rings". Distinct from conventional transaction-oriented systems, $LoR$ prioritizes {\it cooperation} using its ring-based structure, making it possible to be used both as a cooperative workspace as well as a versatile platform for service provisioning, accommodating various roles such as freelancers, IoT management systems, and even managing 5G-related services. Within this system, users have access to a secure and reliable environment, enabling them to offer a specific set of services to a potentially vast number of users. Our main contribution is to introduce the new structure along with its operating rules and principles, applying a combination of randomized procedures, in such a way that the whole system can be modeled fairly accurately in mathematically rigorous terms. This, in particular, is used to provide rigorous proof for the facts that $LoR$ is both reliable and secure and that it may be efficiently implemented based on its typical communication complexity.
