KDDI Develops New Authentication Methods using Arm Swinging Pattern KDDI razvija nove Authentication Methods koristeći ruke raskalašan Uzorka
There are plenty of authentication methods such as fingerprint, Iris, Palm scan recognition and etc being deployed to safeguard your handheld devices and you may wonder what will be next available technology? Postoji mnogo metoda provjere autentičnosti poput fingerprint, Iris, Palm skeniranje i prepoznavanje etc bitak razmestila očuvati vaše ručni uređaji i vi svibanj čudo što će biti sljedeći dostupne tehnologije? Now the arm swinging method being disclosed by a team of Japanese researchers at Yoshinori Hatori Laboratory, Tokyo Institute of Technology in collaboration with KDDI R&D may be new to you. Sada se ruka raskalašan metoda se objavljuju po tim Japanski istraživači na Yoshinori Hatori Laboratory, Tokyo Institute of Technology, u suradnji s KDDI R & D svibanj biti novi na vas. According to them, a new system has been developed that is claimed to be able to analyze signals created by arm swinging movement, and eventually allowing locking and unlocking of your handheld device more accurately and effectively. Prema njima, novi sustav je razvijen koji je tvrdio da može analizirati signali created by mišica raskalašan pokreta, i na kraju dopušta zaključavanje i otključavanje vašeg ručni uređaj više točno i efikasno.
It is interesting to figure out that the swinging pattern is unique to individual that is difficult to be duplicated by someone else as a personal authentication method replacing conventional way that we used to have. Zanimljivo je shvatiti da je ljuljanje obrazac je jedinstven za pojedinca koji je teško biti dvostruki by netko kao osobni zamjenjujući konvencionalne metode autentifikacije način da mi se da ima. Besides the arm swinging pattern, other factors such as the arm's length, handheld holding pattern, muscle structure and many physical characteristic have made it one of the simplest but yet safer mechanisms to lock or unlock the handheld device as compared to other biometric methods. Osim ruka raskalašan uzorak, drugim čimbenicima kao što su tržišnim uvjetima, ručni holding pattern, mišića i mnoge fizičke strukture karakteristične učinile su ga jednim od najjednostavnijih, ali još sigurnije mehanizmi za zaključavanje ili otključavanje ručni uređaj u usporedbi s drugim biometrijskih metoda.
No firm date and plan on when will it be available and implemented in actual consumer devices yet, but the Japanese researchers are planning to do further field testing to ensure its accuracy and reliability before releasing it as a full prove solution to end users. Bez datuma i čvrsti plan o tome kada će to biti dostupne i provode u stvarni potrošačke uređaje, ali i japanski istraživači planiraju obaviti daljnja ispitivanja kako bi se osiguralo područje njegova točnost i pouzdanost prije objavljivanja kao puni dokazzu rješenje za krajnje korisnike.
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