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Patent Agency Ranking
公开(公告)号：DE69428400T2
公开(公告)日：2002-02-14
申请号：DE69428400
申请日：1994-05-26
Applicant: XEROX CORP
Inventor： SONTY ATASHI C , FARIA JOSE A , WILLETT ALAN W , CIULLA KIM P , COMPARETTA CHRISTOPHER , LATONE JACK T
Abstract: In a process for ensuring compatibility of components in a system, system components are defined and relationships between two or more system components identified. From relationships between components, inter-relationships between these identified relationships and possibly other components are determined. By validating integrity of either or both of the identified relationship and determined inter- relationship and, based on a validating result, ensuring integrity of the identified relationship or determined inter-relationship, compatibility of the components in the system is ensured. This process is particularly useful in eliminating incompatibilities between resident and migrational software in an automated computer system.
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公开(公告)号：DE69428400D1
公开(公告)日：2001-10-31
申请号：DE69428400
申请日：1994-05-26
Applicant: XEROX CORP
Inventor： SONTY ATASHI C , FARIA JOSE A , WILLETT ALAN W , CIULLA KIM P , COMPARETTA CHRISTOPHER , LATONE JACK T
Abstract: In a process for ensuring compatibility of components in a system, system components are defined and relationships between two or more system components identified. From relationships between components, inter-relationships between these identified relationships and possibly other components are determined. By validating integrity of either or both of the identified relationship and determined inter- relationship and, based on a validating result, ensuring integrity of the identified relationship or determined inter-relationship, compatibility of the components in the system is ensured. This process is particularly useful in eliminating incompatibilities between resident and migrational software in an automated computer system.
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公开(公告)号：BR9402027A
公开(公告)日：1994-12-13
申请号：BR9402027
申请日：1994-05-20
Applicant: XEROX CORP
Inventor： SONTY ATASHI C , FARIA JOSE A , WILLETT ALAN W , CIULLA KIM P , COMPARETTA CHRISTOPHER , LATONE JACK T
Abstract: In a process for ensuring compatibility of components in a system, system components are defined and relationships between two or more system components identified. From relationships between components, inter-relationships between these identified relationships and possibly other components are determined. By validating integrity of either or both of the identified relationship and determined inter- relationship and, based on a validating result, ensuring integrity of the identified relationship or determined inter-relationship, compatibility of the components in the system is ensured. This process is particularly useful in eliminating incompatibilities between resident and migrational software in an automated computer system.
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公开(公告)号：DE69418735T2
公开(公告)日：1999-10-07
申请号：DE69418735
申请日：1994-01-04
Applicant: XEROX CORP
Inventor： MAY KEITH A , COMPARETTA CHRISTOPHER , STEGBAUER RANDALL J , IPPOLITO RONALD A , FEDERICO ANTHONY M , LEGG ERNEST , ENZIEN COLLEEN R , SATHI KITTY
Abstract: A method for scheduling transfers in a printing machine (Fig. 2) of the type having a scheduler (162;Fig. 9) communicating with both a first disk (Disk 0) and a second disk (Disk 1), the first and second disks having a combined bandwidth. The method for scheduling comprises the following steps: First, a first transfer (CurrentOp1) to be performed on a first location of the first disk (Disk 0) during a first time interval (tSX1-tDX1) and a second transfer (NextOp 1) to be performed on a second location of the first disk (Disk 0) during a second time interval (tSX2-tDX2) are both scheduled, with the scheduler (162), so that a first time gap interval (tGAPx) exists between the first time interval (tSX1-tDX1) and the second time interval (tSX2-tDX2 ). Second, a third transfer (CurrentOp2) to be performed on a first location of the second disk (Disk 1) during a third time interval (tSY1-tDY1) and a fourth transfer (NextOp2) to be performed on a second location of the second disk (Disk 1) during a fourth time interval (tSY2-tDY2) are both scheduled, with the scheduler (162), so that a second time gap interval (tGAPy) exists between the third time interval (tSY1-tDY1) and the fourth time interval (tSY2-tDY2). Finally, a fifth transfer (InsertOp) to be performed during a fifth interval (tSI-tDI) is scheduled, with the scheduler (162), so that the fifth interval (tSI-tDI) occurs during either the first time gap interval (tGAPx) or the second time gap interval (tGAPy) in a manner that maximizes the combined bandwidth of the first (Disk 0) and second (Disk 1) disk.
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公开(公告)号：DE69418735D1
公开(公告)日：1999-07-08
申请号：DE69418735
申请日：1994-01-04
Applicant: XEROX CORP
Inventor： MAY KEITH A , COMPARETTA CHRISTOPHER , STEGBAUER RANDALL J , IPPOLITO RONALD A , FEDERICO ANTHONY M , LEGG ERNEST , ENZIEN COLLEEN R , SATHI KITTY
Abstract: A method for scheduling transfers in a printing machine (Fig. 2) of the type having a scheduler (162;Fig. 9) communicating with both a first disk (Disk 0) and a second disk (Disk 1), the first and second disks having a combined bandwidth. The method for scheduling comprises the following steps: First, a first transfer (CurrentOp1) to be performed on a first location of the first disk (Disk 0) during a first time interval (tSX1-tDX1) and a second transfer (NextOp 1) to be performed on a second location of the first disk (Disk 0) during a second time interval (tSX2-tDX2) are both scheduled, with the scheduler (162), so that a first time gap interval (tGAPx) exists between the first time interval (tSX1-tDX1) and the second time interval (tSX2-tDX2 ). Second, a third transfer (CurrentOp2) to be performed on a first location of the second disk (Disk 1) during a third time interval (tSY1-tDY1) and a fourth transfer (NextOp2) to be performed on a second location of the second disk (Disk 1) during a fourth time interval (tSY2-tDY2) are both scheduled, with the scheduler (162), so that a second time gap interval (tGAPy) exists between the third time interval (tSY1-tDY1) and the fourth time interval (tSY2-tDY2). Finally, a fifth transfer (InsertOp) to be performed during a fifth interval (tSI-tDI) is scheduled, with the scheduler (162), so that the fifth interval (tSI-tDI) occurs during either the first time gap interval (tGAPx) or the second time gap interval (tGAPy) in a manner that maximizes the combined bandwidth of the first (Disk 0) and second (Disk 1) disk.
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