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Donji video prikazuje kako da instalirate aplikaciju na početni ekran svog uređaja.
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Руску армију ће попунити роботи. Министар одбране Сергеј Шојгу је поручио да се направи центар аутоматизоване технике за потребе ресора. Слично успешно искуство већ постоји у Министарству за ванредне ситуације. Војници и спасиоци су одлучили да направе специјалну радну групу, како би имали могућност да заједно користе техничке разраде сваког министарства.http://serbian.ruvr.ru/2012_12_17/Na-sluzhbu-u-armiju-uzece-robote/![]()
Jescemo bombone i cokolade, a roboti ce da rade!
Sudeći po izveštaji, CIA ima prilično futuristička predviđanja – njeni stručnjaci smatraju da smo svega dve decenije daleko od rutinskog bio-unapređivanja ljudi.
„Ljudi će moći da biraju da li žele da unapređuju svoje fizičke sposobnosti baš kao što danas to rade sa kozmetičkom hirurgijom kada je u pitanju estetika“, stoji u izveštaju, kao i to da će zamena udova postati hirurška svakodnevica 2030.
"Implanti koji će menjati mrežnjaču mogli bi da nam omoguće da vidimo u mraku, a neurološka poboljšanja mogla bi da nam pruže superiornu memoriju ili brzinu misli. Mehanički interfejs u mozgu mogao bi da nam podari 'nadljudske' sposobnosti poboljšavajući snagu i brzinu ljudi, ali isto tako, uz pomoć tehnologije mogli bismo da ljudima obezbedimo funkcije o kojima sada samo možemo da sanjamo“.
Squeezing breasts 'can stop cancer'
A little squeeze may be all that it takes to prevent malignant breast cells triggering cancer, research has shown.
Laboratory experiments showed that applying physical pressure to the cells guided them back to a normal growth pattern.
Scientists do not envisage fighting breast cancer with a new range of compression bras, but they believe the research provides clues that could lead to new treatments.
"People have known for centuries that physical force can influence our bodies," said Gautham Venugopalan, a leading member of the research team at the University of California in Berkeley, United States.
"When we lift weights our muscles get bigger. The force of gravity is essential to keeping our bones strong. Here we show that physical force can play a role in the growth - and reversion - of cancer cells."
The study involved growing malignant breast epithelial cells within a gel injected into flexible silicone chambers. This allowed the scientists to apply compression during the first stages of cell growth, effectively squashing the cells.
Over time, the squeezed malignant cells began to grow in a more normal and organised way.
Once the breast tissue structure was formed the cells stopped growing, even when the compressive force was removed. Non-compressed cells continued to display the haphazard and uncontrolled growth that leads to cancer.
"Malignant cells have not completely forgotten how to be healthy; they just need the right cues to guide them back to a healthy growth pattern," said Mr Venugopalan, a doctoral student.
The results were presented at the annual meeting of the American Society for Cell Biology in San Francisco.
Pa gde su testovi tih ruskih robota? Ja postavih klipove americkih, a ruje izgleda samo masu malom qitom
Ti si ovakvom nakaradom od izjave sam sebe diskvalifikovao iz dalje diskusije. Sa mozgovno maloletnima ne zelim dalju raspravu.Pa pod "robotima" se ne podrazumeva taj neupotrebljivi krš i nekakve mašine sa rukama i nogama i to kako ti zamišljaš sve to u tvojoj glavici, verovatno sve to u stilu Terminatora i ostalih SF filmova...![]()
Ne znaju bre centralni procesor da naprave, a ovamo hoce kukavci da uvode robote. Mogu da kupe Hondinog Asimo-a da ih sluzi vodkom kad ne mogu vise na noge da stanu. Budimo realni i nemojmo uporedjivati neuporedivo.
Asimo su malo promucurniji shvatili kao sarkazam, a ovi drugi... pa ko ih ye8e. Usput najbrzi cpu na svetu je, gle slucajno, Japanac...SPARC64 VIIIfx
"K supercomputer
The K computer is a supercomputer being produced by Fujitsu and located at the RIKEN Advanced Institute for Computational Science campus in Kobe, Japan. It uses 8-core SPARC64 VIIIfx processors. In June 2011, TOP500 Project Committee announced that the K Computer topped the LINPACK benchmark with the performance of 8.162 petaflops with a computing efficiency ratio of 93.0%, making it the fastest supercomputer in the world at that time."
Pojma nemas a ulazis u diskusiju
Russia building 10-petaflop supercomputer
Like Europe and China, Russia is developing an exascale plan that aims to be less dependent on U.S. technology
Computerworld - T-Platforms, a Moscow-based tech company that has built some of that nation's largest systems, is developing a 10-petaflop supercomputer for M.V. Lomonosov Moscow State University, the company said this week.
This large system puts it in the ballpark of similarly announced systems being developed in the major supercomputing countries, and may signal Russia's intent to become a major participant in the race to exascale.
Russia is playing catch-up in a rapidly developing race among China, Japan, the U.S. and Europe to build an exascale system in this decade. These are systems which would have 1,000 petaflops of computing power. (A petaflop is a quadrillion floating-point operations per second.)
Dzabe ti tvoj trogodisnji kurs frizeraja kad mozes da iskonstruises ovako nakaradnu recenicu---> Japanac slabiji od Ruskog kompjutera iz buducnosti koji jos ne postoji... AhahahaI japanski K Computer radi na 8 petaflopsa a što je slabije od Lomonosov superkompjutera koji će vrlo uskoro (u 2013.) raditi na 10 petaflopsa
Dzabe ti tvoj trogodisnji kurs frizeraja kad mozes da iskonstruises ovako nakaradnu recenicu---> Japanac slabiji od Ruskog kompjutera iz buducnosti koji jos ne postoji... Ahahaha
Ne treba biti neki IT strucnjak da bi znao da je 8PFlopsa brze od 1.7PFlopsa pa nebitno koliko tranzistora imali. Jel sa Ruskog procesora kucas?
Ovo sto sam ti ja linkovao je NAJBRZI CPU za 2011 godinu i kraj price. 2013 pijandure mozda i naprave 10PFlopsa cpu, ali opet ce kaskati za svima zivima (kao po tradiciji, a i pise u tvom postu "Russia is playing catch-up" ).
July 14th, 2011, 13:48 GMT · By Sorin Nita
Russia's Lomonosov Supercomputer Sets World Record in Graph500 Benchmark
Russia's Lomonosov supercomputer, installed at the Moscow State University, has become the fastest system to ever complete the Graph500 benchmark used to determine which supercomputers are most efficient at processing arrays of sparse data.
Such tasks are commonplace in pharmacology, information security, and many other knowledge-driven industries and require high-performance systems capable of processing hundreds of petabytes of data
In the course of the tests, the time spent by each system to process a generated graph is assessed and the result is measured in terms of the number of edges traversed in a unit of time.
At the end of the tests, the Lomonosov system managed to achieve 43.5 GE/s (billion edges processed per second), the highest Graph500 result ever recorded.