Abstract: Systems, and methods for using same, are described for changing categorization data, in relation to spend analysis reports, in real time. The systems include a processor unit, and a computer readable medium storing instructions executable by the processor unit including a client side processing system adapted to transmit a user generated request for change, in real time, and a server side processing system adapted to receive the transmitted requested change, in real time, for effecting the requested change.

Abstract: A computer based system and method for contract authoring. The method may receive an external contract document in electronic form, wherein the external contract document comprises a plurality of text portions relating to a plurality of contract component types, respectively. The method may access a knowledge base describing a plurality of text patterns that identify with the plurality of the contract component types, respectively. Moreover, the method may process the external contract document utilizing the knowledge base to automatically identify the plurality of the contract component types for the plurality of the text portions in the contract document, respectively.

Abstract: Systems, and methods for using same, are described for changing categorization data, in relation to spend analysis reports, in real time. The systems include a processor unit, and a computer readable medium storing instructions executable by the processor unit including a client side processing system adapted to transmit a user generated request for change, in real time, and a server side processing system adapted to receive the transmitted requested change, in real time, for effecting the requested change.

Abstract: A computer based system for changing categorization data, in relation to spend analysis reports, in real time, the system comprising a processor unit; and a computer readable medium storing instructions executable by the processor unit comprising a client side processing means adapted to transmit a user generated request for change, in real time and a server side processing means adapted to receive said transmitted requested change, in real time, for effecting said requested change.

Abstract: A computer based system and method for contract authoring. The method may receive an external contract document in electronic form, wherein the external contract document comprises a plurality of text portions relating to a plurality of contract component types, respectively. The method may access a knowledge base describing a plurality of text patterns that identify with the plurality of the contract component types, respectively. Moreover, the method may process the external contract document utilizing the knowledge base to automatically identify the plurality of the contract component types for the plurality of the text portions in the contract document, respectively.

Abstract: A computer based system for changing categorisation data, in relation to spend analysis reports, in real time, the system comprising a processor unit; and a computer readable medium storing instructions executable by the processor unit comprising a client side processing means adapted to transmit a user generated request for change, in real time and a server side processing means adapted to receive said transmitted requested change, in real time, for effecting said requested change.

Abstract: The present invention provides for a method and system for the classification of electronic catalogs. The method provided has a lot of user-configured features and also provides for constant interaction between the user and the system. The user can provide criteria for the classification of catalogs and subsequently manually check the classified catalogs.

Abstract: A method and system for context based searching of category wise arranged electronic catalog database is provided. The confidence value for each of the retrieved categories is displayed graphically as an indication of the relevance of that category. The percentage impact of each of the query terms on the search result is also shown in a graphical format. Various search strategies and algorithms are used and the output is ranked according to the user relevance. The system is intelligent in the sense that it suggests user with spellings, uses word morphing, synonymous words to user query etc. The user can define weightage to be given to various attributes and also refine his search by searching in particular segments.

Abstract: The present invention provides for a method and system for the classification of electronic catalogs. The method provided has a lot of user-configured features and also provides for constant interaction between the user and the system. The user can provide criteria for the classification of catalogs and subsequently manually check the classified catalogs.

Abstract: A method and system for context based searching of category wise arranged electronic catalog database is provided. The confidence value for each of the retrieved categories is displayed graphically as an indication of the relevance of that category. The percentage impact of each of the query terms on the search result is also shown in a graphical format. Various search strategies and algorithms are used and the output is ranked according to the user relevance. The system is intelligent in the sense that it suggests user with spellings, uses word morphing, synonymous words to user query etc. The user can define weightage to be given to various attributes and also refine his search by searching in particular segments.

Abstract: Power reduction is achieved either statically or dynamically within domino logic circuits. For static power reduction, representative input signals to the logic circuit are analyzed and any variation from purely random signals is detected. The domino circuit is then configured, if possible, to utilize less power for input signals having a higher probability of being received. As an example, a domino adder circuit is configured with predischarged carry nodes, rather than precharged carry nodes, individual logic cells to exploit input signals which often include numerous leading zeros. For dynamic power reduction, actual individual input signals are analyzed to determine whether power reduction can be achieved by either selecting between two preconfigured domino circuits or by modifying the input signals prior to routing through a single domino logic circuit. In the latter case, inversion of the input signals may result in power savings. In a specific example, a domino adder is provided.

Abstract: Power reduction is achieved either statically or dynamically within domino logic circuits. For static power reduction, representative input signals to the logic circuit are analyzed and any variation from purely random signals is detected. The domino circuit is then configured, if possible, to utilize less power for input signals having a higher probability of being received. As an example, a domino adder circuit is configured with predischarged carry nodes, rather than precharged carry nodes, individual logic cells to exploit input signals which often include numerous leading zeros. For dynamic power reduction, actual individual input signals are analyzed to determine whether power reduction can be achieved by either selecting between two preconfigured domino circuits or by modifying the input signals prior to routing through a single domino logic circuit. In the latter case, inversion of the input signals may result in power savings. In a specific example, a domino adder is provided.