Network Access Corporation

Marion K Vaughn, Jr

Rajendra Patel

Abdolreza S Naeini

A unique combination of frequency and time division multiplexed communications is presented to enable bi-directional burst communications between a substantial number of users over a single radio frequency communications channel. A service area for communications is divided into a number of cells, with the cells arranged into clusters. Cells in each cluster are similarly numbered with no two adjacent cells across the service area having the same number. The clusters are also numbered in the same manner. A cellular time division multiplexed waveform is used by the network to carry communications with each cell number and cluster number assigned a time slot. During the time slot corresponding to the cell or cluster number, all cells or clusters having that number will be simultaneously transmitting. This networking technique enables time slots to be reused across the service area.

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Dallas, TX, United States of America

Marion K Vaughn, Jr