90101/30

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90101/30 is a miscellaneous application field and working principle. It is a system developed to facilitate the design and implementation of automated systems. It is the brainchild of the University of Toronto\'s Systems Engineering Group. The system is intended to provide a platform for the implementation of automation systems in an industrial or commercial context.

The system is based on the concept of multi-agent systems. The idea behind multi-agent systems is that instead of relying on a single processor, data can be distributed between multiple interconnected agents. This reduces the amount of processing power needed, allowing for more efficient solutions. Multi-agent systems are also more extensible, as additional agents can be easily added due to their decentralized nature.

The 90101/30 system consists of several different modules. The first module is the core component, which consists of the agent executor. This module is responsible for executing agent tasks such as data acquisition, transport, transformation, and action. It is also responsible for managing the other modules, including communication, coordination, storage, and data access.

The communication module is responsible for handling the communication between agents. This includes connecting different agents together and allowing them to exchange messages. Some examples of communication mechanisms used in 90101/30 include publish/subscribe, request/reply, and point-to-point. The coordination module is responsible for controlling the execution of agent tasks. It takes the output of the agent executor and assigns tasks to the agents according to a pre-defined coordination algorithm.

The storage module is responsible for storing data that is acquired by the agents. Different types of data can be stored in different formats, such as XML, JSON, and binary files. The data access module is responsible for accessing the stored data. This can be done through a variety of methods, such as a database query, web service, or application programming interface. The application programming interface can be used to access the stored data in a secure and efficient manner.

Overall, the 90101/30 system is intended to provide a platform for creating automated systems. The system is designed to be extensible, allowing for additional modules to be added easily. The system is also designed to be secure, allowing only authorized users to access the data stored within it. The system is also highly distributed, allowing for components to be spread out to different locations.

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