Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The Robust Self-Configuring Embedded Systems (RoSES) project seeks to achieve graceful degradation through software reconfiguration. To accomplish this goal, systems must automatically reconfigure despite nodes failing, being replaced by inexact spares, or being upgraded. Jini seemed to provide the required spontaneous networking infrastructure, but turned out to make deep assumptions about using TCP and UDP This is appropriate for the Intern et-enabled devices that the Jini designers envisioned, but typical distributed embedded systems employ real-time, reliable data transmission such as the Control Area Network (CAN), rather than TCR Object-oriented technology such as Jini is often represented as being suitable for use in real-time embedded systems. But despite Jini goal of platform-independence, it required extensive re-engineering to function on CAN. This case study of an actual implementation of Jini on a CAN network demonstrates that the differences beten general purpose and embedded systems can be more fundamental than is generally appreciated.
['Meredith Beveridge', 'Philip Koopman']
I am writing a research paper on a idea Jini meets embedded control networking: a case study in portability failure
[{"from": "human", "value": "I am writing a research paper on a idea Jini meets embedded control networking: a case study in portability failure"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The Robust Self-Configuring Embedded Systems (RoSES) project seeks to achieve graceful degradation through software reconfiguration. To accomplish this goal, systems must automatically reconfigure despite nodes failing, being replaced by inexact spares, or being upgraded. Jini seemed to provide the required spontaneous networking infrastructure, but turned out to make deep assumptions about using TCP and UDP This is appropriate for the Intern et-enabled devices that the Jini designers envisioned, but typical distributed embedded systems employ real-time, reliable data transmission such as the Control Area Network (CAN), rather than TCR Object-oriented technology such as Jini is often represented as being suitable for use in real-time embedded systems. But despite Jini goal of platform-independence, it required extensive re-engineering to function on CAN. This case study of an actual implementation of Jini on a CAN network demonstrates that the differences beten general purpose and embedded systems can be more fundamental than is generally appreciated."}]