Patent ID: 7792067

Claim:
A wireless network scheduling control system, applicable for a wireless network in which data transmission and scheduling control are separated when performing wireless transmission between nodes, at least comprising: a first receiving/transmitting node, for generating an MAP after synchronization, and being responsible for transmitting a first data; a second receiving/transmitting node, for receiving the MAP after synchronization, selectively following the MAP or independently generating the MAP, and being responsible for receiving the first data and transmitting a second data; and at least one end receiving/transmitting node, for receiving the MAP after synchronization, receiving the second data or transmitting a third data to the second receiving/transmitting node, and relaying a fourth data to the first receiving/transmitting node via the second receiving/transmitting node; wherein the first receiving/transmitting node or the second receiving/transmitting node selectively transmits a control message to the end receiving/transmitting nodes, such that the end receiving/transmitting nodes enter a sleeping mode or an active mode; wherein when data relayed by the second receiving/transmitting node is real-time transmitted data, the real-time transmitted data is relayed according to the MAP; wherein when data relayed by the second receiving/transmitting node is non-real-time transmitted data, the control message is transmitted directly or indirectly, such that the end receiving/transmitting nodes enter the sleeping mode, and then the second receiving/transmitting node registers the non-real-time transmitted data and adjusts a data transmission sequence for the MAP, and when an amount of the non-real-time transmitted data accumulates to exceed or equal to a critical value, the second receiving/transmitting node notifies the end receiving/transmitting node to enter the active mode through the control message so as to receive the registered second data.