Claims Analysis
Total Claims: 4
Claim 1
Independent Claim
187 words
A data transmission technique comprising: (a) providing a transmitter capable of transmitting information in a series of different and pseudoramdomly selected frequencies; (b) providing a receiver capable of receiving information in a series of different and pseudoramdomly selected frequencies; (c) generating a plurality of synchronization frames and resynchronization frames, for allowing the receiver to frequency synchronize with the transmitter, wherein the information necessary to acquire synchronization is divided among at least two of said synchronization or resynchronization frames with each frame transmitted on a different frequency, said at least two synchronization or resynchronization frames comprising a plurality of identically formatted and timed synchronization frames and a start of message frame; (d) generating a plurality of message frames including information defining a message to be transmitted and (e) transmitting said plurality of identically formatted and timed synchronization frames and said start of message frames such that said plurality of identically formatted and timed synchronization frames are transmitted prior to the transmission of said start of message frame, each frame is transmitted on a different pseudoramdomly selected frequency and said plurality of resynchronization frames are separated by message frames.
Claim 2
Dependent Claim
187 words
A data transmission technique comprising: (a) providing a transmitter capable of transmitting information in a series of different and pseudoramdomly selected frequencies; (b) providing a receiver capable of receiving information in a series of different and pseudoramdomly selected frequencies; (c) generating a plurality of synchronization frames and resynchronization frames, for allowing the receiver to frequency synchronize with the transmitter, wherein the information necessary to acquire synchronization is divided among at least two of said synchronization or resynchronization frames with each frame transmitted on a different frequency, said at least two synchronization or resynchronization frames comprising a plurality of identically formatted and timed synchronization frames and a start of message frame; (d) generating a plurality of message frames including information defining a message to be transmitted and (e) transmitting said plurality of identically formatted and timed synchronization frames and said start of message frames such that said plurality of identically formatted and timed synchronization frames are transmitted prior to the transmission of said start of message frame, each frame is transmitted on a different pseudoramdomly selected frequency and said plurality of resynchronization frames are separated by message frames.
Claim 3
Dependent Claim
260 words
A data transmission technique in a frequency hopping system comprising: (a) providing a transmitter capable of transmission of information in a series of different and pseudoramdom frequency, so that, the frequency of transmission can be varied in order to prevent reception of the entire transmission by unauthorized receivers; (b) providing a receiver capable of receiving information in a series of different pseudoramdom frequencies, so that, the frequency of reception can be varied in order to allow for the reception of transmissions in a series of different pseudoramdom frequencies; (c) generating a plurality of synchronization frames and resynchronization frames for allowing the receiver to synchronize with the transmitter, wherein the information necessary to acquire synchronization is divided among at least two of said synchronization or resynchronization frames, said at least two synchronization or resynchronization frames comprising a plurality of identically formatted and timed synchronization frames in a start of message frames; (d) generating a plurality of message frames including information defining a message to be transmitted; and (e) transmitting said plurality of identically formatted and timed synchronization frames and said start of message frame such that said plurality of identically formatted and timed synchronization frames that are transmitted prior to the transmission of said start of message frame and such that said plurality of resynchronization frames are separated by message frames; whereby, in the event that synchronization between a transmitter and a receiver is lost during the course of a transmission, resynchronization can be obtained during that same transmission and thereby minimizing the loss of any information available to the receiver.
Claim 4
Dependent Claim
260 words
A data transmission technique in a frequency hopping system comprising: (a) providing a transmitter capable of transmission of information in a series of different and pseudoramdom frequency, so that, the frequency of transmission can be varied in order to prevent reception of the entire transmission by unauthorized receivers; (b) providing a receiver capable of receiving information in a series of different pseudoramdom frequencies, so that, the frequency of reception can be varied in order to allow for the reception of transmissions in a series of different pseudoramdom frequencies; (c) generating a plurality of synchronization frames and resynchronization frames for allowing the receiver to synchronize with the transmitter, wherein the information necessary to acquire synchronization is divided among at least two of said synchronization or resynchronization frames, said at least two synchronization or resynchronization frames comprising a plurality of identically formatted and timed synchronization frames in a start of message frames; (d) generating a plurality of message frames including information defining a message to be transmitted; and (e) transmitting said plurality of identically formatted and timed synchronization frames and said start of message frame such that said plurality of identically formatted and timed synchronization frames that are transmitted prior to the transmission of said start of message frame and such that said plurality of resynchronization frames are separated by message frames; whereby, in the event that synchronization between a transmitter and a receiver is lost during the course of a transmission, resynchronization can be obtained during that same transmission and thereby minimizing the loss of any information available to the receiver.