Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  propose a novel synchronization scheme for distributed audio-video input and output on heterogeneous general purpose computers (GPC) such as laptops, tablets, PDA, smart telephones, audio recorders, and camcorders. These devices typically possess sensors such as microphones and possibly cameras, and actuators such as loudspeakers and displays. In order to combine them wirelessly into a distributed array signal processing system, it is necessary to provide relative time synchronization to sensors and actuators. In this work  propose a setup and an algorithm to synchronize input and output for a network of distributed multichannel audio sensors and actuators connected to GPC. An IEEE 802.11 wireless network is used to deliver the global clock to distributed GPC, while the interrupt mechanism is employed to distribute the clock beten I/O devices. Experimental results demonstrate a precision in A/D D/A synchronization precision better than 50 /spl mu/s (a couple of samples at 48 kHz).
['D. Budnikov', 'Igor Chikalov', 'Sergey A. Egorychev', 'Igor Kozintsev', 'Rainer Lienhart']
I am writing a research paper on a idea Providing common I/O clock for wireless distributed platforms
[{"from": "human", "value": "I am writing a research paper on a idea Providing common I/O clock for wireless distributed platforms"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  propose a novel synchronization scheme for distributed audio-video input and output on heterogeneous general purpose computers (GPC) such as laptops, tablets, PDA, smart telephones, audio recorders, and camcorders. These devices typically possess sensors such as microphones and possibly cameras, and actuators such as loudspeakers and displays. In order to combine them wirelessly into a distributed array signal processing system, it is necessary to provide relative time synchronization to sensors and actuators. In this work  propose a setup and an algorithm to synchronize input and output for a network of distributed multichannel audio sensors and actuators connected to GPC. An IEEE 802.11 wireless network is used to deliver the global clock to distributed GPC, while the interrupt mechanism is employed to distribute the clock beten I/O devices. Experimental results demonstrate a precision in A/D D/A synchronization precision better than 50 /spl mu/s (a couple of samples at 48 kHz)."}]