Computer system and method for suggesting treatments for physical trauma

Claim 2

An expert system for providing to a user one or more suggested treatments for a patient with physical trauma, comprising: a computing device having a memory; a plurality of data bases in the memory including graphical illustrations of different types of physical trauma, and a knowledge base having rules for relating trauma and patient characteristics to treatments for said different types of physical trauma; an application program, for execution in the computing device, for interactively displaying a series of screens including at least some of the graphical illustrations, to thereby elicit responses from the user concerning the specific type of physical trauma and specific characteristics of the patient, to thereby produce a further data base containing said trauma and patient characteristics; and an inference engine program, for execution in the computing device, for use with said rules and said further data base, for selecting the one or more suggested treatments by stepping through a forward chaining sequence of rules relating to a particular treatment, and then by stepping through a backward chaining sequence of rules, the reverse of the forward chainin sequence, in which said rules are tested, based on said trauma and patient characteristics, to determine the desirability of said particular treatment; the application program presenting the suggested treatments to the user after execution of the inference program.

Claim 3

An expert system for providing to a user one or more suggested treatments for a patient with an orthopedic fracture, comrising: a computing device having a memory; a plurality of data base in the memory, including graphical illustrations of different classifications of orthopedic fractures; and a knowledge base having rules for relating trauma and patient characteristics to treatments for said different types of physical trauma; an aplication program, for execution by the computing device, for interatively displaying a series of screens on a display, including at least some of the graphical illustrations, to thereby elicit responses from the user concerning the specific classification of orthopaedic fracture, and specific characteistics of the patient; to thereby produce a further data base containing said trauma and patient characteristics; and an inference engine program, for execution in the computing device, for use with said rules and said further data base, for selecting the one or more suggested treatments by stepping through a forward chaining sequence of rules relating to a particular treatment, and then by stepping through a backward chaining sequence of rules, the reverse of the forward chaining sequence, in which said rules are tested, based on said trauma and patient characteristics, to determine the desirability of said particular treatment; the application program presenting the suggested treatments to the user after execution of the inference program.

Claim 4

An expert system for providing to a user one or more suggested treatments for a patient with an orthopedic fracture, comrising: a computing device having a memory; a plurality of data base in the memory, including graphical illustrations of different classifications of orthopedic fractures; and a knowledge base having rules for relating trauma and patient characteristics to treatments for said different types of physical trauma; an aplication program, for execution by the computing device, for interatively displaying a series of screens on a display, including at least some of the graphical illustrations, to thereby elicit responses from the user concerning the specific classification of orthopaedic fracture, and specific characteistics of the patient; to thereby produce a further data base containing said trauma and patient characteristics; and an inference engine program, for execution in the computing device, for use with said rules and said further data base, for selecting the one or more suggested treatments by stepping through a forward chaining sequence of rules relating to a particular treatment, and then by stepping through a backward chaining sequence of rules, the reverse of the forward chaining sequence, in which said rules are tested, based on said trauma and patient characteristics, to determine the desirability of said particular treatment; the application program presenting the suggested treatments to the user after execution of the inference program.

Claim 7

The method of claim 3, wherein said step of creating said knowledge base includes the step of creating rules that relate said trauma and patient characteristc to characteristics of said treatments, said step of forward chaining establishes a sub-sequence of rules relating to a particular treatment characteristic, and said step of backward chaining reverses said subsequence of rules, and testes said sub-sequence of rules based on said trauma and patient characteristics, to thereby determine the desirability of said particular treatment characteristic.

Claim 8

The method of claim 3, wherein said step of sliciting information concerning the type of physical trauma sustained by said patient includes the step of interactively desplaying different classifications of trauma to said user.

Claim 9

The method of claim 5, wherein the step of interactively displaying includes the step of displaying graphical representations of said classifications of trauma.

Claim 10

The method of claim 6, wherein said differeent types of trauma are orthopedic fractures.

Claim 11

The method of claim 4, wherein the step of using a computer includes the step of employing an inference engine to infer the appropriate treatment.

Claim 12

The method of claim 5, wherein the step of eliciting information includes the use of a touch-screen CRT.

Claim 13

The method of claim 3, wherein said step of using the computer to infer the appropriate treatment further includes the steps of assingning a value to each of a plurality of possible treatments, and adjusting said values according to a treatment hierarchy, wherein values assigned to specific treatments are more heavily weighted than values assigned to general treatments.

Claim 14

An expert system for providing to a user a suggested treatment for a patient having physical trauma, comprising: at least one knowledge base containing rules that relate different types of physical trauma characteristics and patient characteristics to different types of treatments for physical trauma, a computer for receiving said knowledge base and information from said user concerning characteristics of said patient, including the type of physical trauma sustained by said patient, to thereby develop at least one database containing patient and trauma characteristics; and an processor within said computer to infer the appropriate treatment for said patient from said rules and said database by forward chaining, in which a sequence of rules relating to a particular treatment is established, an then by backward chaining, in which said sequence of rules is reversed and said rules are tested based on said trauma and patient characteristics, to determine the desirability of said particular treatment.

Claim 15

An expert system for providing to a user a suggested treatment for a patient having physical trauma, comprising: at least one knowledge base containing rules that relate different types of physical trauma characteristics and patient characteristics to different types of treatments for physical trauma, a computer for receiving said knowledge base and information from said user concerning characteristics of said patient, including the type of physical trauma sustained by said patient, to thereby develop at least one database containing patient and trauma characteristics; and an processor within said computer to infer the appropriate treatment for said patient from said rules and said database by forward chaining, in which a sequence of rules relating to a particular treatment is established, an then by backward chaining, in which said sequence of rules is reversed and said rules are tested based on said trauma and patient characteristics, to determine the desirability of said particular treatment.

Claim 16

The expert system of claim 11, wherein said knowledge base includes rules that relate said trauma and patient characteristics to characteristics of said treatments, said forward chaining establishes a sub-sequence of rules relating to a particular treatment characteristic, and said backward chaining reverses said sub-sequence of rules an tests said sub-sequence of rules based on said trauma and patient characteristics, to thereby determine teh desirability of said particular treatment characteristic.

Claim 17

The expert system of claim 11, wherein said computer elicits information concerning the type of physical trauma sustained by said patient by interactively displaying different classification of trauma to said user.

Claim 18

The expert system of claim 13, wherein said computer displays graphical representations of said classifications of trauma.

Claim 19

The expert system of claim 14, wherein said different types of trauma are orthopedic fractures.

Claim 20

The expert system of claim 13, wherein said computer employs a touch-screen CRT.

Claim 21

The expert system of claim 11, wherein said computer assigns a value to each of a plurality of possible treatments, and adjusts said values according to a treatment hierarchy, wherein values assigned to specific treatments are more heavily weighted than values assigned to general treatments.