Wireless network for personal computer human interface devices

A computer system comprising:

• a computer processing unit;
• a plurality of human interface;
• a wireless network system for communication between the plurality of human interface devices and computer processing unit:
• comprising:
• a wireless control hub in communication with the personal computer to act as a master node for the wireless network system to provide a control protocol such that each of the human interface devices can communicate with the personal computer to request and receive command messages, control messages, and data from the personal computer;
• and
• a plurality of slave human interface device controllers, wherein each of the slave human interface device controllers is associated with one of the human interface devices to provide translation of command or data information that is transferred to and received from the associated human interface device for communication with the wireless control hub;
• wherein the control protocol transmits a plurality of communication frames between the wireless control hub and each of the human interface devices with a Time Division Multiple Access (TDMA) protocol for communication and control between the universal wireless control hub and each of the human interface devices.

A method for communication of command and data between a personal computer and a human interface device comprises the steps of:

• transmitting a marker beacon from a wireless master control hub at a fixed interval to synchronize a plurality human interface devices to form a network of human interface device controllers where each of the plurality of human interface device controllers are a slave peripheral to the master wireless control hub in communication with a personal computer;
• detecting the marker beacon by each of the slave peripheral human interface device controller;
• communicating with the master wireless control hub by each of the slave peripheral human interface device controllers to establish membership in the network of human interface device controllers;
• determining whether multiple human interface device controllers are trying to establish their membership on the network simultaneously, by the master wireless control hub;
• retrying by the multiple human interface device controllers to establish their membership at separate random times, when multiple human interface device controllers are trying to establish their membership on the network;
• detecting the marker beacon and synchronizing with the master wireless control hub at the separate random times each of the multiple human interface device controllers;
• assigning by the master wireless control hub a transmission and reception time slot within data frames of a communication protocol to each of the network of human interface device controllers, when there are no collisions of the slave peripheral multiple human interface device controllers;
• and
• communicating to exchange commands, requests, and data between each of the slave peripheral human interface devices and the personal computer through the master wireless control hub.