초록 ▼

A method and system for managing communication resources between nodes in a network, and more particularly to a dynamic distributed multi-channel time division multiple access (TDMA) slot assignment method is presented. The method and apparatus include a set of higher level heuristics that enable th

A method and system for managing communication resources between nodes in a network, and more particularly to a dynamic distributed multi-channel time division multiple access (TDMA) slot assignment method is presented. The method and apparatus include a set of higher level heuristics that enable the wireless channel access scheme to address predetermined characteristics of the wireless channel access system. These predetermined heuristics include using bootstrap slots, adaptive broadcast cycles, channelized neighborhoods, standby slots, speculation slots, neighbor segregation, hard circuits, and soft circuits.

대표청구항 ▼

A method and system for managing communication resources between nodes in a network, and more particularly to a dynamic distributed multi-channel time division multiple access (TDMA) slot assignment method is presented. The method and apparatus include a set of higher level heuristics that enable th

A method and system for managing communication resources between nodes in a network, and more particularly to a dynamic distributed multi-channel time division multiple access (TDMA) slot assignment method is presented. The method and apparatus include a set of higher level heuristics that enable the wireless channel access scheme to address predetermined characteristics of the wireless channel access system. These predetermined heuristics include using bootstrap slots, adaptive broadcast cycles, channelized neighborhoods, standby slots, speculation slots, neighbor segregation, hard circuits, and soft circuits. agating through the color filter array and impinging upon the pixel sensor at position (u,v). 4. The imaging device as set forth in claim 3, wherein the two by two array is 5. An imaging system comprising: an imaging device comprising a color filter array comprising a unit cell array, wherein the unit cell array comprises a two by two array having a cyan pass filter, a magenta pass filter, a blue pass filter, and a yellow pass filter; an array of pixel sensors to provide output signals, wherein for some range of position indices u and v, a pixel sensor at position (u,v) is to provide an output signal X(u,v) indicative of electromagnetic radiation propagating through the color filter array and impinging upon the pixel sensor at position (u,v); and at least one processor in communication with the imaging device to transform the output signals into a set of signals indicative of a color space, wherein the color space is other than a CMYB color space defined by the output signals. 6. The imaging system as set forth in claim 5, wherein the two by two array is 7. An imaging device to provide signals in a CMYB color space. 8. A computer readable medium, wherein stored on the computer readable medium are computer readable instructions to transform signals in a CMYB color space into signals indicative of another color space.