Abstract: An automatic system and method for the performance of scientific inferencing including the determination of a null hypothesis significance testing on an interactive computer system, the method including the steps of: (a) providing for the input of an input description of a proposed hypothesis test, the input description including a number of relevant input parameters; (b) utilising the computational system for processing the input description into a null hypothesis significance test; (c) executing the null hypothesis significance test on the computational system; and (d) visually displaying the results of the execution.

Abstract: An automatic system and method for the performance of scientific inferencing including the determination of a null hypothesis significance testing on an interactive computer system, the method including the steps of: (a) providing for the input of an input description of a proposed hypothesis test, the input description including a number of relevant input parameters; (b) utilising the computational system for processing the input description into a null hypothesis significance test; (c) executing the null hypothesis significance test on the computational system; and (d) visually displaying the results of the execution.

Abstract: A method of administering a drug to a patient which involves providing a single interface for entry of data including one or more of drug identity, dosage rate, prescribed dosage form, concentration and form of drug, and patient body weight, processing the input data using an algorithm which converts the input data into a set of instructions for administering the drug including the amount and time for the first and subsequent administrations, administering the drug and recording the amount and times on the patients record.