Difference between revisions of "IAF0530 - Teemad"
From ATI public wiki
| Line 15: | Line 15: | ||
|D | |D | ||
|Tarkvara usaldusväärsuse tagamise meetodid ja aktuaalsed probleemid lennunduses | |Tarkvara usaldusväärsuse tagamise meetodid ja aktuaalsed probleemid lennunduses | ||
| + | |OK | ||
|- | |- | ||
|Valeria Zorkova | |Valeria Zorkova | ||
|D | |D | ||
|Bio‐inspired fault tolerance for cellular arrays | |Bio‐inspired fault tolerance for cellular arrays | ||
| + | |OK | ||
|- | |- | ||
|Jevgeni Aleksejev | |Jevgeni Aleksejev | ||
|D | |D | ||
|Use of on-line testing methods in hardware fault-tolerance | |Use of on-line testing methods in hardware fault-tolerance | ||
| + | |OK | ||
|- | |- | ||
|Michailas Ornovskis | |Michailas Ornovskis | ||
|D | |D | ||
|High availability and load balancing in logging infrastructure using open-source software. | |High availability and load balancing in logging infrastructure using open-source software. | ||
| + | |OK | ||
|- | |- | ||
|Rünno Sgirka | |Rünno Sgirka | ||
|D | |D | ||
|Meta-CASE vahendiga loodud CASE süsteemides artifaktide täielikkuse ja kooskõlalisuse kontroll päringute allsüsteemi abil | |Meta-CASE vahendiga loodud CASE süsteemides artifaktide täielikkuse ja kooskõlalisuse kontroll päringute allsüsteemi abil | ||
| + | |OK | ||
|- | |- | ||
|Raino Kolk | |Raino Kolk | ||
|D | |D | ||
|Achieving fault tolerance with artificial immune system | |Achieving fault tolerance with artificial immune system | ||
| + | |OK | ||
|- | |- | ||
|Marek Pärnaste | |Marek Pärnaste | ||
|M | |M | ||
|Veakindluse tagamine GSM-võrkudes | |Veakindluse tagamine GSM-võrkudes | ||
| + | |OK | ||
|- | |- | ||
|Kaida Kaeval | |Kaida Kaeval | ||
|D | |D | ||
|DWDM 40G ja 100G liideste arengusuunad | |DWDM 40G ja 100G liideste arengusuunad | ||
| + | |OK | ||
|- | |- | ||
|Raido Pahtma | |Raido Pahtma | ||
|D | |D | ||
|Dependability and fault tolerance in mobile ad hoc networks (MANETs) | |Dependability and fault tolerance in mobile ad hoc networks (MANETs) | ||
| + | |OK | ||
|- | |- | ||
|Külli Sarna | |Külli Sarna | ||
|D | |D | ||
|Aspect-oriented Requirements Engineering for the Testing of Tissue Monitor device. | |Aspect-oriented Requirements Engineering for the Testing of Tissue Monitor device. | ||
| + | |OK | ||
|- | |- | ||
|Mihhail Arhipov | |Mihhail Arhipov | ||
|M | |M | ||
|Fault detection techniques | |Fault detection techniques | ||
| + | |OK | ||
|- | |- | ||
|Juri Mihhailov | |Juri Mihhailov | ||
|D | |D | ||
|Error sources in analog ASICs and ways for their minimization | |Error sources in analog ASICs and ways for their minimization | ||
| + | |OK | ||
|- | |- | ||
|Irina Kelder | |Irina Kelder | ||
|D | |D | ||
|Ohutus-kriitiliste infosüsteemide arendamise metoodika (SAIS-i näitel) | |Ohutus-kriitiliste infosüsteemide arendamise metoodika (SAIS-i näitel) | ||
| + | |OK | ||
|- | |- | ||
|Andri Saar | |Andri Saar | ||
|D | |D | ||
|Why Static Types Matter | |Why Static Types Matter | ||
| + | |OK | ||
|- | |- | ||
|Dimitri Ardon | |Dimitri Ardon | ||
|M | |M | ||
|Linux application fault tolerance | |Linux application fault tolerance | ||
| + | |OK | ||
|- | |- | ||
|Rein Ruus | |Rein Ruus | ||
| Line 79: | Line 94: | ||
|D | |D | ||
|Risk for complex systems | |Risk for complex systems | ||
| + | |OK | ||
|- | |- | ||
|Ivo Müürsepp | |Ivo Müürsepp | ||
|D | |D | ||
|Usaldusväärsus ja veakindlus infohanke süsteemides | |Usaldusväärsus ja veakindlus infohanke süsteemides | ||
| + | |OK | ||
|} | |} | ||
Revision as of 12:22, 22 March 2010
| Nimi | D/M | Teema | Teema tutvustus | Draft | Ettekanne | Artikkel |
| Anton Arhipov | D | Reconfiguration for fault‐tolerance (use of FPGAs) | ||||
| Andres Toom | D | Tarkvara usaldusväärsuse tagamise meetodid ja aktuaalsed probleemid lennunduses | OK | |||
| Valeria Zorkova | D | Bio‐inspired fault tolerance for cellular arrays | OK | |||
| Jevgeni Aleksejev | D | Use of on-line testing methods in hardware fault-tolerance | OK | |||
| Michailas Ornovskis | D | High availability and load balancing in logging infrastructure using open-source software. | OK | |||
| Rünno Sgirka | D | Meta-CASE vahendiga loodud CASE süsteemides artifaktide täielikkuse ja kooskõlalisuse kontroll päringute allsüsteemi abil | OK | |||
| Raino Kolk | D | Achieving fault tolerance with artificial immune system | OK | |||
| Marek Pärnaste | M | Veakindluse tagamine GSM-võrkudes | OK | |||
| Kaida Kaeval | D | DWDM 40G ja 100G liideste arengusuunad | OK | |||
| Raido Pahtma | D | Dependability and fault tolerance in mobile ad hoc networks (MANETs) | OK | |||
| Külli Sarna | D | Aspect-oriented Requirements Engineering for the Testing of Tissue Monitor device. | OK | |||
| Mihhail Arhipov | M | Fault detection techniques | OK | |||
| Juri Mihhailov | D | Error sources in analog ASICs and ways for their minimization | OK | |||
| Irina Kelder | D | Ohutus-kriitiliste infosüsteemide arendamise metoodika (SAIS-i näitel) | OK | |||
| Andri Saar | D | Why Static Types Matter | OK | |||
| Dimitri Ardon | M | Linux application fault tolerance | OK | |||
| Rein Ruus | D | Staatilise elektri mõjust elektroonikaseadmete töökindlusele | ||||
| Alek Kozlov | D | Risk for complex systems | OK | |||
| Ivo Müürsepp | D | Usaldusväärsus ja veakindlus infohanke süsteemides | OK |
