Adaptive system and method for choosing a selective call transmitter

Claim 3

The apparatus as set forth in claim 1, wherein the historical data for each selective call transmitter comprises values selected from the group consisting of color code transmitter isolation, receiver transmitter isolation, page latency, page priority, transmitter utilization, and transmitters blocking.

Claim 4

The apparatus as set forth in claim 1, wherein the sorter alternatively selects a second optimum transmitter for the next transmission of the selective call messages if the optimum transmitter is not available.

Claim 5

The apparatus as set forth in claim 1, wherein the apparatus further comprises a plurality of processing elements including an input processing element for receiving bias settings, an output processing element for outputting the optimum transmitter identified, and an intermediate processing element for coupling the input processing element with the output processing element.

Claim 6

The apparatus of claim 1, wherein the sorter classifies transmitters using a two stage contiguous logic operation, a first stage having a first fuzzifier, a first rule base, and first defuzzifier for providing a first set of outputs as inputs for a second stage, wherein the second stage has a second fuzzifier, a second rule base and a second defuzzifier for providing an output for an optimum transmitter recommendation.

Claim 7

The apparatus as set forth in claim 1, wherein the sorter classifies the transmitters using contiguous logic.

Claim 8

The apparatus of claim 6, wherein the sorter comprises a fuzzifier for generating membership values for historical and current input conditions and a rule base for applying a set of predetermined rules to the current input conditions to perform a mapping with the historical conditions.

Claim 9

The apparatus of claim 7 wherein the sorter further comprises a defuzzifier for generating a non-fuzzy prediction recommendation from the mapping, and for generating the optimum transmitter and alternatively, for generating the second optimum transmitter.

Claim 10

The apparatus as set forth in claim 7, wherein the sorter further comprises an operator to modify the rule base for a fuzzy logic rules engine and a limiter to prevent such modifications from causing safe guarded situations to be exceeded.

Claim 11

The apparatus as set forth in claim 9, wherein a linguistic input is used to modify the relationships defining a inference engine operation associated with the rule base for the fuzzy logic rules engine.

Claim 12

An radio frequency manager for choosing a selective call transmitter among a plurality of selective call transmitters for use in the transmission of selective call messages, the apparatus comprising: a memory for storing historical data on messages previously sent, the historical data being selected from the group consisting of color code transmitter isolation, page latency, page priority, and transmitter utilization; a memory for storing a plurality of pending messages, each of the pending messages having current information comprising at least an associated priority for each of the pending messages; a sorter for classifying the historical data and the current information serving as inputs using fuzzy logic so as to select an optimum transmitter among the plurality of selective call transmitters available for the next transmission of the selective call messages, wherein the sorter comprises a fuzzifier for generating membership values for historical and current input conditions, a rule base for applying a set of predetermined rules to the current input conditions to perform a mapping with the historical conditions, and a defuzzifier for generating a non-fuzzy prediction recommendation from the mapping for recommending an optimum transmitter; a plurality of processing elements including an input processing element for receiving bias settings for the inputs; an output processing element for outputting the optimum transmitter identified; and an intermediate processing element for coupling the input processing element with the output processing element.

Claim 13

An radio frequency manager for choosing a selective call transmitter among a plurality of selective call transmitters for use in the transmission of selective call messages, the apparatus comprising: a memory for storing historical data on messages previously sent, the historical data being selected from the group consisting of color code transmitter isolation, page latency, page priority, and transmitter utilization; a memory for storing a plurality of pending messages, each of the pending messages having current information comprising at least an associated priority for each of the pending messages; a sorter for classifying the historical data and the current information serving as inputs using fuzzy logic so as to select an optimum transmitter among the plurality of selective call transmitters available for the next transmission of the selective call messages, wherein the sorter comprises a fuzzifier for generating membership values for historical and current input conditions, a rule base for applying a set of predetermined rules to the current input conditions to perform a mapping with the historical conditions, and a defuzzifier for generating a non-fuzzy prediction recommendation from the mapping for recommending an optimum transmitter; a plurality of processing elements including an input processing element for receiving bias settings for the inputs; an output processing element for outputting the optimum transmitter identified; and an intermediate processing element for coupling the input processing element with the output processing element.

Claim 14

The apparatus as set forth in claim 11, wherein the sorter further comprises an operator to modify the rule base for a fuzzy logic rules engine and a limiter to prevent such modifications from causing safe guarded situations to be exceeded.

Claim 15

The apparatus as set forth in claim 12, wherein a linguistic input is used to modify the relationships defining a inference engine operation associated with the rule base for the fuzzy logic rules engine.

Claim 18

The method for choosing a selective call transmitter of claim 14, wherein the method further comprises the step of h) transmitting information using the selective call transmitter selected to have the highest recommendation.

Claim 19

The method of claim 14, wherein the step of identifying a plurality of inputs further includes the step of identifying inputs selected from the group consisting of color code transmitter isolation, receiver transmitter isolation, page latency, page priority, transmitter utilization, and transmitters blocking.

Claim 20

The method of claim 14, wherein the step of identifying a plurality of inputs further includes the step of identifying a subscriber unit battery savings measurement.

Claim 21

The method of claim 14, wherein the step of defining rules comprises the step of modifying the relationships between the contiguous logic sets for each input and the contiguous logic set for the desired output by defining an inference engine using a linguistic rule base.