FI (list display)

  • G06F11/00
  • Error detection; Error correction; Monitoring (in information storage based on relative movement between record carrier and transducer G11B20/18; monitoring, i.e. monitoring recording or regenerating processes G11B 27/36; in static stores G11C 29/00) [4] HB CC 5B088
  • G06F11/00,602
  • .protection against parasitic influences, e.g. nose, temperature HB CC 5B088
  • G06F11/00,602@P
  • Noises HB CC 5B088
  • G06F11/00,602@Q
  • Heat HB CC 5B088
  • G06F11/00,602@R
  • Static electricity HB CC 5B088
  • G06F11/00,602@Z
  • Others HB CC 5B088
  • G06F11/00,604
  • .error avoidance (G06F11/07 and subgroups take precedence) HB CC 5B088
  • G06F11/00,604@A
  • Error processing HB CC 5B088
  • G06F11/00,604@B
  • File recovery HB CC 5B088
  • G06F11/00,604@C
  • Error correction HB CC 5B088
  • G06F11/00,604@D
  • Shunting HB CC 5B088
  • G06F11/00,604@Z
  • Others HB CC 5B088
  • G06F11/00,606
  • ..Preventing faulty operations HB CC 5B088
  • G06F11/00,606@A
  • prevention of memory malfunction HB CC 5B088
  • G06F11/00,606@B
  • prevention of memory erroneous writing HB CC 5B088
  • G06F11/00,606@C
  • prevention of memory erroneous access HB CC 5B088
  • G06F11/00,606@D
  • prevention of malfunction at access to unused address HB CC 5B088
  • G06F11/00,606@E
  • Runaways HB CC 5B088
  • G06F11/00,606@F
  • Failsafe HB CC 5B088
  • G06F11/00,606@G
  • prevention of misoperation HB CC 5B088
  • G06F11/00,606@H
  • prevention of faulty connections HB CC 5B088
  • G06F11/00,606@J
  • prevention of misoperation at data transfer HB CC 5B088
  • G06F11/00,606@K
  • involving key input device HB CC 5B088
  • G06F11/00,606@L
  • prevention of malfunction caused by power failure HB CC 5B088
  • G06F11/00,606@M
  • prevention of malfunction at power on/off HB CC 5B088
  • G06F11/00,606@N
  • by stopping at occurrece of error HB CC 5B088
  • G06F11/00,606@S
  • prevention of malfunction caused by failure of power for memory HB CC 5B088
  • G06F11/00,606@Z
  • Others HB CC 5B088
  • G06F11/00,607
  • .identification HB CC 5B088
  • G06F11/00,608
  • .analysis of relability or availability HB CC 5B088
  • G06F11/07
  • .Responding to the occurrence of a fault, e.g. fault tolerance [7] HB CC 5B042
  • G06F11/07,103
  • ..processing of error or fault not based on redundancy HB CC 5B042
  • G06F11/07,140
  • ...processing implemened on specific hardware platform or in specific software environment HB CC 5B042
  • G06F11/07,140@A
  • within dispersion system constituted by multiple computer nodes, e.g. cluster, client server system HB CC 5B042
  • G06F11/07,140@C
  • within virtual computer platform HB CC 5B042
  • G06F11/07,140@E
  • within multi-task execution system HB CC 5B042
  • G06F11/07,140@G
  • within object oriented system HB CC 5B042
  • G06F11/07,140@H
  • inside central processing unit HB CC 5B042
  • G06F11/07,140@J
  • .iinside multi-rocessor or multi-core unit HB CC 5B042
  • G06F11/07,140@M
  • within storage system HB CC 5B042
  • G06F11/07,140@N
  • in memory management HB CC 5B042
  • G06F11/07,140@P
  • within data processing system incorpoated into image processing device HB CC 5B042
  • G06F11/07,140@Q
  • within incorporating system HB CC 5B042
  • G06F11/07,140@R
  • .within data processing system incorporated into vehicle or aircraft system HB CC 5B042
  • G06F11/07,140@S
  • .within data processing system incorporated into mobile device HB CC 5B042
  • G06F11/07,140@T
  • in input/output cotrol HB CC 5B042
  • G06F11/07,140@V
  • inside remote unit communnicating wth computer node in erroneous or faulty condition HB CC 5B042
  • G06F11/07,140@Z
  • others HB CC 5B042
  • G06F11/07,151
  • ...detection of error or fault not caused by redundancy HB CC 5B042
  • G06F11/07,154
  • ....by exceeding the limitation HB CC 5B042
  • G06F11/07,157
  • .....by exceeding the time limitation, i.e. time out, e.g. watch dog HB CC 5B042
  • G06F11/07,160
  • .....by discrete value or ratio exceeding the limitation HB CC 5B042
  • G06F11/07,163
  • ....by checking bit composition, e.g. checking format or tag HB CC 5B042
  • G06F11/07,166
  • ...reportig or recording of error/fault HB CC 5B042
  • G06F11/07,169
  • ....error format characterized by readability, e.g. general purpose format readable on cross platform, format people can understand HB CC 5B042
  • G06F11/07,172
  • ....means to communicate error, e.g. usig interruption, except flag, exclusive error register HB CC 5B042
  • G06F11/07,175
  • ....details of contents or structure of error report, e.g. special table structure, special error field HB CC 5B042
  • G06F11/07,178
  • ....collect error/condition information after occurrence of failre for use in subsequent diagnosis HB CC 5B042
  • G06F11/07,181
  • ....apply error filtering or prioritize according to ppolicy, e.g. apply in severty orders HB CC 5B042
  • G06F11/07,184
  • ....Routing of error reports, e.g. with a specific transmission path or data flow HB CC 5B042
  • G06F11/07,187
  • ....characterized by storage means for error report HB CC 5B042
  • G06F11/07,190
  • ...cause analsis of error or failure HB CC 5B042
  • G06F11/07,193
  • ...remedy or correction of motion HB CC 5B042
  • G06F11/07,196
  • ..safety means, i.e. assure safe coondition upon outbreak of error event HB CC 5B042
  • G06F11/07,199
  • ..Others HB CC 5B042
  • G06F11/08
  • ..Error detection or correction by redundancy in data representation, e.g. by using checking codes HB CC 5B001
  • G06F11/08,650
  • ...code havingpeculiar redundancy, e.g. using n-out-of-m code HB CC 5B001
  • G06F11/10
  • ...Adding special bits or symbols to the coded information, e.g. parity check, casting out nines or elevens HB CC 5B001
  • G06F11/10,604
  • ....protecting data block, e.g. CRC, check sum (G06F11/10, 676 takes precedence; security device protecting computer or computer sstem against fraudulent act G06F21/00) HB CC 5B001
  • G06F11/10,608
  • ....inside semiconductor device HB CC 5B001
  • G06F11/10,612
  • .....sing code or device adapted to types of errors (G06F11/10,648) HB CC 5B001
  • G06F11/10,616
  • ......error occurring at access to memory location, e.g. erroneous addressing HB CC 5B001
  • G06F11/10,620
  • ......errors at check bit HB CC 5B001
  • G06F11/10,624
  • ......identification of error type HB CC 5B001
  • G06F11/10,628
  • ......adjacent errors, e.g. errors at n-bit (n>1) wide storage unit, i.e. package errors HB CC 5B001
  • G06F11/10,632
  • ......simple parity HB CC 5B001
  • G06F11/10,636
  • ......errors in one direction HB CC 5B001
  • G06F11/10,640
  • ......using arithmetc code, i.e. maintain calculation method of check digit, etc. during operation, e.g. perform modulo 9 or 11 HB CC 5B001
  • G06F11/10,644
  • .....specific ECC/EDC dispersion HB CC 5B001
  • G06F11/10,648
  • .....device adapted for detecting or correcting speciic errors HB CC 5B001
  • G06F11/10,652
  • ......bypass or invaldate detection or correctin of errors HB CC 5B001
  • G06F11/10,656
  • ......updating collation bit by partal write, i.e. read-modify-write HB CC 5B001
  • G06F11/10,660
  • ......to systematially correct all correctable errors, i.e. Scrubbing HB CC 5B001
  • G06F11/10,662
  • ......characterized by processing after detection and correction of errors HB CC 5B001
  • G06F11/10,664
  • .....in cache or associative memory HB CC 5B001
  • G06F11/10,668
  • .....in sector programmable memory, e.g. in flash disc (G06F11/10,672 take precedence) HB CC 5B001
  • G06F11/10,672
  • .....in multiple-valued memory HB CC 5B001
  • G06F11/10,676
  • ....using parity in redundant array of storage, e.g. RAID system HB CC 5B001
  • G06F11/10,680
  • .....dispersion of parity data in semiconductor memory, e.g. in SSD HB CC 5B001
  • G06F11/10,684
  • .....caused by degrade mode, e.g. removal of one or more storage, or by disc failure HB CC 5B001
  • G06F11/10,688
  • .....reorganize on one or more eserve discs prepared beforehand HB CC 5B001
  • G06F11/10,692
  • .....reconstruction, e.g. physically exchanging defect discs HB CC 5B001
  • G06F11/10,696
  • .....calculation or recalculation of parity after the system configuration or reconfiguration HB CC 5B001
  • G06F11/14
  • ..Error detection or correction of the data by redundancy in operation, e.g. by using different operation sequences leading to the same result (G06F 11/16 takes precedence) [3] HB CC 5B027
  • G06F11/14,602
  • ...save processing, restore processing, recover processing or retry processing, HB CC 5B027
  • G06F11/14,602@A
  • Possibility for retrials HB CC 5B027
  • G06F11/14,602@C
  • Number of retrials HB CC 5B027
  • G06F11/14,602@D
  • Shunting HB CC 5B027
  • G06F11/14,602@J
  • Condition changes HB CC 5B027
  • G06F11/14,602@M
  • Retrial tests HB CC 5B027
  • G06F11/14,602@R
  • examine identity of data at the times of power supply abnormality HB CC 5B027
  • G06F11/14,602@Z
  • Others HB CC 5B027
  • G06F11/14,605
  • ....at machine command level HB CC 5B027
  • G06F11/14,607
  • .....check pointing of command stream HB CC 5B027
  • G06F11/14,610
  • .....for BUS or memory access HB CC 5B027
  • G06F11/14,612
  • ....for applcation data HB CC 5B027
  • G06F11/14,615
  • ....perform at iperatinf system level HB CC 5B027
  • G06F11/14,617
  • .....buut up processing procedure HB CC 5B027
  • G06F11/14,620
  • .....changes composition for error removal HB CC 5B027
  • G06F11/14,623
  • ......by restructuring of BUS HB CC 5B027
  • G06F11/14,625
  • ......by restructuring of node memer HB CC 5B027
  • G06F11/14,628
  • ......involve damage to hardware functionality HB CC 5B027
  • G06F11/14,630
  • ......involve damage to software functionality HB CC 5B027
  • G06F11/14,633
  • .....perform during software upgrade rocessing HB CC 5B027
  • G06F11/14,635
  • .....using meta data of file system or storage system HB CC 5B027
  • G06F11/14,638
  • .....execte restart or recovery processes HB CC 5B027
  • G06F11/14,641
  • .....execte reset or esupply of power source processes HB CC 5B027
  • G06F11/14,641@A
  • memory's counter measure against power failure HB CC 5B027
  • G06F11/14,641@B
  • .failre detection HB CC 5B027
  • G06F11/14,641@C
  • .storing progress of processig HB CC 5B027
  • G06F11/14,641@D
  • .data save HB CC 5B027
  • G06F11/14,641@Z
  • Others HB CC 5B027
  • G06F11/14,643
  • .....error in transmission or communication HB CC 5B027
  • G06F11/14,646
  • ....successive and permanent data back-up or restore HB CC 5B027
  • G06F11/14,648
  • .....ata management egarding back-up or back-up restore HB CC 5B027
  • G06F11/14,651
  • ......by selecting back up contents HB CC 5B027
  • G06F11/14,653
  • ......overlap exclusion use of data HB CC 5B027
  • G06F11/14,656
  • .....hardware arrangement for back-up HB CC 5B027
  • G06F11/14,658
  • .....management of back-up or restoration process HB CC 5B027
  • G06F11/14,661
  • ......back-up schedule policy HB CC 5B027
  • G06F11/14,664
  • ......for networking environment HB CC 5B027
  • G06F11/14,666
  • ......non-destructive or non-stopping back-up process HB CC 5B027
  • G06F11/14,669
  • ......back-up restoratioin techology HB CC 5B027
  • G06F11/14,671
  • ....involves permanent data logging for recovery HB CC 5B027
  • G06F11/14,674
  • ....during transaction HB CC 5B027
  • G06F11/14,676
  • ...in neural net HB CC 5B027
  • G06F11/14,679
  • ...geneal software technology for error detection or fault masking HB CC 5B027
  • G06F11/14,682
  • ....by means of middleware or OS functionality HB CC 5B027
  • G06F11/14,684
  • .....involves virtual machine HB CC 5B027
  • G06F11/14,687
  • ....using N version programming HB CC 5B027
  • G06F11/14,689
  • ....through recovery block HB CC 5B027
  • G06F11/14,692
  • ....by run time replication executed by application software HB CC 5B027
  • G06F11/14,694
  • .....N-modular type HB CC 5B027
  • G06F11/14,697
  • ...details of execution of time redundancy on single arithmetic processing device HB CC 5B027
  • G06F11/16
  • ..Error detection or correction of the data by redundancy in hardware [3] HB CC 5B034
  • G06F11/16,604
  • ...failure affecting processing device and redundancy clock signal occurring at clock signal generating hardware level or in the said level HB CC 5B034
  • G06F11/16,608
  • ...Error detection by comparing ooutput signals of redundant hardware (G06F11/16 629, G06F11/16 666 take precedence; detection or correction of errors in information memory based on relatve movement between record carrier and transducer G11B20/18; checking static memory for correction movement G11C29/00; for logic circuits H03K19/003, H03K19/007; for pulse counters or for frequency dividers H03K21/40) HB CC 5B034
  • G06F11/16,612
  • ....redundant component being in permanent memory device HB CC 5B034
  • G06F11/16,616
  • ....redundant component being in I/O device or its adapter HB CC 5B034
  • G06F11/16,620
  • .....display device HB CC 5B034
  • G06F11/16,625
  • ....in communucation, e.g. transmission or interface HB CC 5B034
  • G06F11/16,629
  • ...error detection by comparing ooutput of redundant processing system HB CC 5B034
  • G06F11/16,633
  • ....using interchange of output between redundant processing component HB CC 5B034
  • G06F11/16,637
  • ....using one or more comparison function among other functions of redundant component in addition to other principal means HB CC 5B034
  • G06F11/16,641
  • ....in comparison not executed by redundant processing component HB CC 5B034
  • G06F11/16,645
  • .....Comparison circuits per se being redundantly structured HB CC 5B034
  • G06F11/16,650
  • ....continue operation after error is detected HB CC 5B034
  • G06F11/16,654
  • ....only output of redundant component is able to drive hardware, e.g. memory or I/O HB CC 5B034
  • G06F11/16,658
  • ...resynchronization, or excange or addition of redundant component data, or initial sunchronization of spare units HB CC 5B034
  • G06F11/16,662
  • ....Resynchronization component or unit being permanent memory device (resynchronization of failed mirror memory G06F11/20 682; restructuring or recovery of parity RAID memory G06F11/10 608) HB CC 5B034
  • G06F11/16,666
  • ...redundant component being memory or memory region HB CC 5B034
  • G06F11/16,667
  • ....error detection by comparing memory output HB CC 5B034
  • G06F11/16,675
  • ...temporary syncronization or resynchronization of redundant processing component HB CC 5B034
  • G06F11/16,679
  • ....clock signal level HB CC 5B034
  • G06F11/16,683
  • ....command level HB CC 5B034
  • G06F11/16,687
  • ....Event level, e.g. by result of interrption or polling HB CC 5B034
  • G06F11/16,691
  • ....using quantum HB CC 5B034
  • G06F11/16,695
  • ...working while work hours being diversified, i.e. under timer diversity HB CC 5B034
  • G06F11/18
  • ...using passive fault-masking of the redundant circuits, e.g. by the combination logic of redndant circuits such as quadding or by majority decision circuits [3] HB CC 5B034
  • G06F11/18,610
  • ....removing fault redundant component HB CC 5B034
  • G06F11/18,620
  • ....based on mtual exchange of output between redundant processing components HB CC 5B034
  • G06F11/18,630
  • ....by voting, voting not performed by redundant HB CC 5B034
  • G06F11/18,640
  • .....redundant components impleementing processing fuction HB CC 5B034
  • G06F11/18,650
  • ......voting per se performed redundantly HB CC 5B034
  • G06F11/18,660
  • ....read multiple copies of same data using psssive fault-masking HB CC 5B034
  • G06F11/18,670
  • ....details of voting HB CC 5B034
  • G06F11/18,680
  • .....exact match not required HB CC 5B034
  • G06F11/20
  • ...using active fault-masking, e.g. by switching out faulty elements or by switching in spare elements [3] HB CC 5B034
  • G06F11/20,602
  • ....interconnection or communication control functionability being redundant, e.g. flexible arrangement for path network accompanying redundancy HB CC 5B034
  • G06F11/20,605
  • .....using redundant communication controller HB CC 5B034
  • G06F11/20,607
  • .....sing communication medium HB CC 5B034
  • G06F11/20,610
  • ......between storage system components HB CC 5B034
  • G06F11/20,612
  • .....using different communicatiion protocol HB CC 5B034
  • G06F11/20,615
  • ....redundant power source (power source failure G06F1/30) HB CC 5B034
  • G06F11/20,617
  • ....Memory access, memory control management or I/O control functionability being redundant (redundant communication control functionability G06F11/20 605; redundant storage control funcionability G06F11/20 689) HB CC 5B034
  • G06F11/20,620
  • ....processing functionability being redundant (redundant communication control functionability G06F11/20 605; redundant storage control funcionability G06F11/20 689) HB CC 5B034
  • G06F11/20,623
  • .....details of fail over HB CC 5B034
  • G06F11/20,625
  • ......using centralized model fail over control function HB CC 5B034
  • G06F11/20,628
  • ......removing fault processor or activating spares HB CC 5B034
  • G06F11/20,630
  • ......using migration HB CC 5B034
  • G06F11/20,631
  • ......Cold standby HB CC 5B034
  • G06F11/20,633
  • ......switching hardware resources HB CC 5B034
  • G06F11/20,635
  • .....not having standby spare hardware HB CC 5B034
  • G06F11/20,638
  • .....equipped with one standby spare processing component HB CC 5B034
  • G06F11/20,641
  • .....equipped with two or more standby spare processing component HB CC 5B034
  • G06F11/20,643
  • .....redundant components sharing common memory address space HB CC 5B034
  • G06F11/20,646
  • .....Redundant components sharing permanent memory (G06F11/20 643 takes precedence) HB CC 5B034
  • G06F11/20,648
  • .....redundant components not sharing common memory address space or permanent memory HB CC 5B034
  • G06F11/20,651
  • .....of usual strucrture HB CC 5B034
  • G06F11/20,653
  • ....permanent mass storage function or permanent mass storage control function being redundant (function being detection or correction of error in the information storage and based on interrelated actions between record carrier and transducer G11B20/18) HB CC 5B034
  • G06F11/20,656
  • .....by mirror ring HB CC 5B034
  • G06F11/20,658
  • ......composing mirror copy with more than two HB CC 5B034
  • G06F11/20,661
  • ......combined with data declustering HB CC 5B034
  • G06F11/20,664
  • ......while maintaining consistency HB CC 5B034
  • G06F11/20,666
  • ......optimization of commnication load HB CC 5B034
  • G06F11/20,669
  • ......management of condition, composition or fail-over HB CC 5B034
  • G06F11/20,671
  • ......using multiple controller HB CC 5B034
  • G06F11/20,674
  • .......details of asynchronization technology HB CC 5B034
  • G06F11/20,676
  • .......details of synchronization technology HB CC 5B034
  • G06F11/20,679
  • .......bidirection technology HB CC 5B034
  • G06F11/20,682
  • ......data synchronization HB CC 5B034
  • G06F11/20,684
  • ......on the same storage unit HB CC 5B034
  • G06F11/20,687
  • ......common controller HB CC 5B034
  • G06F11/20,689
  • ......redundant storage control function HB CC 5B034
  • G06F11/20,692
  • ......detail of fail over between control units HB CC 5B034
  • G06F11/20,694
  • .....Redundant storage or storage space (G06F11/20 656 takes precedence) HB CC 5B034
  • G06F11/20,697
  • ....maintains standby control/processing unit updates (initialization or its resynchronizatiion G06F11/16 658 and its subgroups) HB CC 5B034
  • G06F11/22
  • .Detection or location of defective computer hardware by testing during standby operation or during idle time, e.g. start-up testing [3] HB CC 5B048
  • G06F11/22,605
  • ..using device peculiar to hardware being tested HB CC 5B048
  • G06F11/22,605@A
  • Circuit tests HB CC 5B048
  • G06F11/22,605@B
  • IC or LSI HB CC 5B048
  • G06F11/22,605@F
  • Self-testing circuits HB CC 5B048
  • G06F11/22,605@G
  • Arithmetic and logic units HB CC 5B048
  • G06F11/22,605@H
  • Testing exclusive arrangements HB CC 5B048
  • G06F11/22,605@J
  • Printed circuit boards HB CC 5B048
  • G06F11/22,605@K
  • electronic calculators HB CC 5B048
  • G06F11/22,605@M
  • Data transfer HB CC 5B048
  • G06F11/22,605@N
  • for testing comparator circuits HB CC 5B048
  • G06F11/22,605@Z
  • Others HB CC 5B048
  • G06F11/22,606
  • ...for testing micro-computer HB CC 5B048
  • G06F11/22,606@A
  • using ICE HB CC 5B048
  • G06F11/22,606@B
  • for tetsting application device for micro-computer HB CC 5B048
  • G06F11/22,606@D
  • using micro-processor analyzer HB CC 5B048
  • G06F11/22,606@E
  • chips for valuation HB CC 5B048
  • G06F11/22,606@F
  • for conducting burn-in test HB CC 5B048
  • G06F11/22,606@Z
  • Others HB CC 5B048
  • G06F11/22,607
  • ...for testing memory HB CC 5B048
  • G06F11/22,607@A
  • register HB CC 5B048
  • G06F11/22,607@B
  • ROM HB CC 5B048
  • G06F11/22,607@C
  • control memory HB CC 5B048
  • G06F11/22,607@D
  • buffer cache HB CC 5B048
  • G06F11/22,607@E
  • magnetic memory HB CC 5B048
  • G06F11/22,607@F
  • test pattern of memory HB CC 5B048
  • G06F11/22,607@G
  • for testing access circuit HB CC 5B048
  • G06F11/22,607@Z
  • Others HB CC 5B048
  • G06F11/22,610
  • ...testing bus, line or interface HB CC 5B048
  • G06F11/22,615
  • ...for testing error correction circuit or error detectiion circuit HB CC 5B048
  • G06F11/22,621
  • ...for testing input/output devices or peripheral devices circuit HB CC 5B048
  • G06F11/22,626
  • ...for ALU test HB CC 5B048
  • G06F11/22,631
  • ...for testing interruption circuit HB CC 5B048
  • G06F11/22,636
  • ...for testing input/output devices or peripheral devices circuit HB CC 5B048
  • G06F11/22,642
  • ....mlti processor system, e.g. one of the processors becomes test master HB CC 5B048
  • G06F11/22,647
  • ..verification or detection of system hardware composition HB CC 5B048
  • G06F11/22,652
  • ..using defect dictionary HB CC 5B048
  • G06F11/22,657
  • ..using expert system HB CC 5B048
  • G06F11/22,663
  • ..using neural network HB CC 5B048
  • G06F11/22,668
  • ..for recording test results HB CC 5B048
  • G06F11/22,673
  • ..testing method HB CC 5B048
  • G06F11/22,673@A
  • using test program HB CC 5B048
  • G06F11/22,673@D
  • having test mode HB CC 5B048
  • G06F11/22,673@E
  • by comparing with output of datum elements HB CC 5B048
  • G06F11/22,673@F
  • by comparing with datum patterns HB CC 5B048
  • G06F11/22,673@G
  • by inspecting voltage or curent HB CC 5B048
  • G06F11/22,673@H
  • by inspecting AC caracteristics HB CC 5B048
  • G06F11/22,673@J
  • Online tests HB CC 5B048
  • G06F11/22,673@K
  • Address checks HB CC 5B048
  • G06F11/22,673@L
  • Measurement of characteristics HB CC 5B048
  • G06F11/22,673@M
  • Wiring inspections HB CC 5B048
  • G06F11/22,673@N
  • by inspecting waveforms HB CC 5B048
  • G06F11/22,673@P
  • by inspecting characeristics with respect to temperature HB CC 5B048
  • G06F11/22,673@Q
  • Folding test HB CC 5B048
  • G06F11/22,673@R
  • characterized by input and output with respect to testing HB CC 5B048
  • G06F11/22,673@S
  • .Test display HB CC 5B048
  • G06F11/22,673@T
  • geneation or changeove of test clocks HB CC 5B048
  • G06F11/22,673@U
  • Test using command rows HB CC 5B048
  • G06F11/22,673@V
  • Testing plurality of arrangements HB CC 5B048
  • G06F11/22,673@W
  • Loading tests HB CC 5B048
  • G06F11/22,673@Z
  • Others HB CC 5B048
  • G06F11/22,675
  • ...accompany diagnosis HB CC 5B048
  • G06F11/22,675@B
  • Input or output simulations HB CC 5B048
  • G06F11/22,675@C
  • search for faults HB CC 5B048
  • G06F11/22,675@E
  • diagnosis based on function record HB CC 5B048
  • G06F11/22,675@F
  • reparation of right answers for test data HB CC 5B048
  • G06F11/22,675@G
  • diagnosis if micro program level HB CC 5B048
  • G06F11/22,675@H
  • by creating psedo errors HB CC 5B048
  • G06F11/22,675@J
  • having fuctions to mtually diagnoses HB CC 5B048
  • G06F11/22,675@L
  • Periodical diagnoses HB CC 5B048
  • G06F11/22,675@N
  • to conduct isolated diagnosis HB CC 5B048
  • G06F11/22,675@Z
  • Others HB CC 5B048
  • G06F11/22,684
  • ..by power-on test, e.g. Power On Self Test [POST] HB CC 5B048
  • G06F11/22,689
  • ..by configration test HB CC 5B048
  • G06F11/22,694
  • ..by reote test HB CC 5B048
  • G06F11/24
  • ..Marginal testing [3] HB CC 5B048
  • G06F11/25
  • ..Testing of logic operation, e.g. by logic analysers [6] HB CC 5B048
  • G06F11/26
  • ..Functional testing [3] HB CC 5B048
  • G06F11/26,610
  • ...to simulate additional hardware HB CC 5B048
  • G06F11/263
  • ...Generation of test inputs, e.g. test vectors, patterns or sequences [6] HB CC 5B048
  • G06F11/263,630
  • ....using random numbers, noise generators HB CC 5B048
  • G06F11/263,650
  • ....using test input memory, e.g. test ROM, script file HB CC 5B048
  • G06F11/267
  • ...Reconfiguring circuits for testing, e.g. LSSD, partitioning [6] HB CC 5B048
  • G06F11/27
  • ...Built-in tests [6] HB CC 5B048
  • G06F11/273
  • ...Tester hardware, i.e. output processing circuits [6] HB CC 5B048
  • G06F11/273@A
  • Logic checkers HB CC 5B048
  • G06F11/273@B
  • Logic analysers HB CC 5B048
  • G06F11/273@C
  • Testing test arrangements HB CC 5B048
  • G06F11/273@D
  • test interface between tester and uniting unit HB CC 5B048
  • G06F11/273@E
  • using service processor exclusively used for testing HB CC 5B048
  • G06F11/273@Z
  • Others HB CC 5B048
  • G06F11/277
  • ....with comparison between actual response and known fault-free response [6] HB CC 5B048
  • G06F11/28
  • .by checking the correct order of processing () [3] HB CC 5B042
  • G06F11/28,199
  • ..by checking the correct order of processing HB CC 5B042
  • G06F11/30
  • .Monitoring [3] HB CC 5B042
  • G06F11/30,140
  • ..monitoring device specially adapted to computer system or components of computer system being monitored HB CC 5B042
  • G06F11/30,140@A
  • for monitoring distributed computer system, e.g. networking system, cluster, multi processor system HB CC 5B042
  • G06F11/30,140@C
  • for monitoring virtual calculator platform HB CC 5B042
  • G06F11/30,140@D
  • for monitoring built-in system, e.g. mobile device, printer, monitoring device for computer system built-in vehicle or aircraft system HB CC 5B042
  • G06F11/30,140@E
  • for monitoring multi-task execution system HB CC 5B042
  • G06F11/30,140@G
  • for monitoring software system HB CC 5B042
  • G06F11/30,140@H
  • for monitoring central processing unit HB CC 5B042
  • G06F11/30,140@K
  • for monitoring BUS HB CC 5B042
  • G06F11/30,140@L
  • for monitoring mother board or expansion card HB CC 5B042
  • G06F11/30,140@M
  • for monitoring storage system HB CC 5B042
  • G06F11/30,140@N
  • for monitoring memory HB CC 5B042
  • G06F11/30,140@T
  • for monitoring input/output interface HB CC 5B042
  • G06F11/30,140@U
  • for monitoring mechanical housing of computer system HB CC 5B042
  • G06F11/30,140@W
  • form of connection between computer systems or components of computer sstems affecting monitoring motions, e.g. serial, hierarchy system HB CC 5B042
  • G06F11/30,140@Z
  • Others HB CC 5B042
  • G06F11/30,151
  • ..monitoring device for monitoring configrations, e.g. monitoring existence of processing source, peripheral devices, I/O link, software program HB CC 5B042
  • G06F11/30,155
  • ..monitoring device for monitoring conditions, e.g. monitoring I/O status, availability, usability HB CC 5B042
  • G06F11/30,158
  • ..monitoring devicefor monitoring environmental characteristics or environmentalp parameter, e.g. monitoring electric power, current, temperature, humidity, location, vibration HB CC 5B042
  • G06F11/30,162
  • ...to monitor electric power consumption HB CC 5B042
  • G06F11/30,165
  • ..monitoring device characterised by means or contents of processing involving report of montoring data HB CC 5B042
  • G06F11/30,168
  • ...report accompanying conversion of data format HB CC 5B042
  • G06F11/30,172
  • ...report accompanying filtering of data, e.g. report based on pattern match, time or event driven, ecopene or policy HB CC 5B042
  • G06F11/30,175
  • ....filtering performed to maintain consistency among monitoring data HB CC 5B042
  • G06F11/30,179
  • ....filtering performed by reporting change in monitoring data only HB CC 5B042
  • G06F11/30,182
  • ....filtering performed by aggegation or condensation of monitoring data HB CC 5B042
  • G06F11/30,186
  • ...report includes use of self explanatory data format, e.g. meta data, mark up language, human readable format HB CC 5B042
  • G06F11/30,189
  • ..monitoring device characterized by method or processing contents involvig sensing of monitoring data, e.g. interface, connector, sensor, robe, agent HB CC 5B042
  • G06F11/30,193
  • ...details of establishment of structure on sensing, e.g. establishment, validation, spatial arrangement of probe HB CC 5B042
  • G06F11/30,196
  • ...to minimize use of resources involving sensing of monitoreing data, e.g. obain monitoring data indirectly from other directly usable data HB CC 5B042
  • G06F11/30,199
  • ..Others HB CC 5B042
  • G06F11/32
  • ..with visual indication of the functioning of the machine [3] HB CC 5B042
  • G06F11/32,110
  • ...displaying for diagnosis, e.g. displaying result of diagnosis HB CC 5B042
  • G06F11/32,120
  • ....displaying waveform (G06F11/32,130 takes precedence) HB CC 5B042
  • G06F11/32,130
  • ...visualization of program or trace data HB CC 5B042
  • G06F11/32,140
  • ...displaying status information HB CC 5B042
  • G06F11/32,150
  • ....by lamp or LED HB CC 5B042
  • G06F11/32,160
  • .....for error or online/offline status HB CC 5B042
  • G06F11/32,170
  • ....displaying warning or error message HB CC 5B042
  • G06F11/32,180
  • ....displaying status of computing system group (G06F11/32,170 takes precedence) HB CC 5B042
  • G06F11/32,199
  • ...Others HB CC 5B042
  • G06F11/34
  • ..Recording or statistical evaluation of computer activity, e.g. of down time, of input/output operation [3] HB CC 5B042
  • G06F11/34,104
  • ...for parallel or dispersion programming HB CC 5B042
  • G06F11/34,109
  • ...for measring performance HB CC 5B042
  • G06F11/34,114
  • ....generation of workload, e.g. script, playback HB CC 5B042
  • G06F11/34,119
  • ....by measuring time HB CC 5B042
  • G06F11/34,123
  • .....object of measurement being operation time or idle time HB CC 5B042
  • G06F11/34,128
  • ....benchmarking HB CC 5B042
  • G06F11/34,133
  • ....for load management HB CC 5B042
  • G06F11/34,138
  • ...for monitoring user activities HB CC 5B042
  • G06F11/34,142
  • ...for planning or managing necessary capacity HB CC 5B042
  • G06F11/34,147
  • ...performance evaluation by modeling HB CC 5B042
  • G06F11/34,152
  • ...performance evaluation by statistical analysis HB CC 5B042
  • G06F11/34,157
  • ...performance evaluation by smulation HB CC 5B042
  • G06F11/34,161
  • ....trace drive type simuation HB CC 5B042
  • G06F11/34,166
  • ...tracing or performance evaluation by tracing HB CC 5B042
  • G06F11/34,171
  • ....address tracing HB CC 5B042
  • G06F11/34,176
  • ....data logging HB CC 5B042
  • G06F11/34,180
  • ....circuit details, i.e. tracer hardware HB CC 5B042
  • G06F11/34,185
  • ....for input/output device, e.g. for storage system HB CC 5B042
  • G06F11/34,190
  • ....used for interface, BASS HB CC 5B042
  • G06F11/34,195
  • ....used for system HB CC 5B042
  • G06F11/34,199
  • ...Others HB CC 5B042
  • G06F11/36
  • .Preventing errors by testing or debugging of software [7] HB CC 5B042
  • G06F11/36,104
  • ..verify by analysing program without test input HB CC 5B042
  • G06F11/36,108
  • ...using formal approach, e.g. model test, abstract interpretation HB CC 5B042
  • G06F11/36,112
  • ...analyse by execution HB CC 5B042
  • G06F11/36,116
  • ...using softwaremetrics HB CC 5B042
  • G06F11/36,120
  • ..debugging of software HB CC 5B042
  • G06F11/36,124
  • ...by executing operation on source code or bite code HB CC 5B042
  • G06F11/36,128
  • ...targetting at optimized code HB CC 5B042
  • G06F11/36,132
  • ...targetting at program running while synchronizing HB CC 5B042
  • G06F11/36,136
  • ...by tracing program execution HB CC 5B042
  • G06F11/36,140
  • ....by tracing value on BASS HB CC 5B042
  • G06F11/36,144
  • ...apply operatiion directly on post-compied program HB CC 5B042
  • G06F11/36,148
  • ...using additive hardwares HB CC 5B042
  • G06F11/36,152
  • ....equipped with in circuit emulator [ICE] HB CC 5B042
  • G06F11/36,156
  • ....using specific I/O interface for debugging HB CC 5B042
  • G06F11/36,160
  • ...using diagnosis method (G06F11/07,103 takes precedence) HB CC 5B042
  • G06F11/36,164
  • ..developer aid environment for testing or debugging HB CC 5B042
  • G06F11/36,168
  • ..testing of software HB CC 5B042
  • G06F11/36,172
  • ...management of test HB CC 5B042
  • G06F11/36,176
  • ....for analysing test coverages HB CC 5B042
  • G06F11/36,180
  • ....for administering test versions, e.g. update test case to act in line with software new version HB CC 5B042
  • G06F11/36,184
  • ....for preparing test case HB CC 5B042
  • G06F11/36,188
  • ....execute test procedures automatically HB CC 5B042
  • G06F11/36,192
  • ....for analysing executioin result HB CC 5B042
  • G06F11/36,196
  • ...method or tool to provide environment for performing test execution when there s none HB CC 5B042
  • G06F11/36,199
  • ..Others HB CC 5B042
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