kaaryaatmak satyaapan data, aam taur par "pareekshan vektar" kahalaate hain. kaaryaatmak pareekshan vektar ko sanrakshit kiya ja sakta hai aur kaarkhaane mein yeh pareekshan karne ke liye istemaal kiya ja sakta hai ki navanirmit laujik sahi dhang se kaam karta hai ya naheen. haalaanki, kaaryaatmak pareekshan paitarn, aam nirmaan galatiyon ki khoj naheen karte. utpaadan pareekshan, aksar software upakaran dvaara design kiye jaate hain jinhein "test paitarn generator" kaha jaata hai. laujik ki sanrachana ki jaanch aur vyavasthit dhang se vishesh dosh ke liye test janit kar, ye pareekshan vektar ko utpann karte hain. is tarah fault coverage kareeb 100% tak pahunch sakta hai, basharte dijaain ko theek tarah se pareekshan yogya banaaya gaya ho (agale anubhaag ko dekhein).
uber (aur “uber ____” hone ke aadhaar par banaaya gaya staartaps ke parinaamasvaroop paagalapan) jaise braandon ke lie dhanyavaad, logon ko phon eplikeshan ke maadhyam se maang par sab kuchh karane ke lie upayog kiya ja raha hai 2017 mein, mujhe ummeed hai ki yah dekhane ke lie ki yah aage bhee vikasit ho. hamaare paas savaaree, bhojan vitaran, aur yahaan tak ​​ki ek ke lie hamaare paas upalabdh hajaaron aip hain
poore Europe mein aur vishesh roop se peris mein (pranaali RATP dvaara 1995 mein shuroo ki gayi), lion, bordo, grenobal, nainsi aur maarsile France mein, poore purtagaali raajamaarg vyavastha mein aur kai purtagaali saarvajanik car park mein, Milan, turin, Italy mein nepals aur floreins aur Belgium mein brasels, kailipso antararaashtreeya maanak ke anuroop RFID paas ka saarvajanik parivhan pranaali ke liye upayog kiya jaata hai. unka upayog ab Canada (mauntriyl), maiksiko, isaraail, Columbia mein bogota aur parera, naarve mein stavaangar, laksamabarg, aadi mein bhi kiya jaata hai.
July, 2004 mein, America ke khaadya evam aushadhi prashaasan ne ek aadesh jaari kiya jo aavashyak roop se ek antim sameeksha ki prakriya shuroo karta hai jo tay karega ki kya aspataalon mein rogiyon ki pehchaan karne aur/ya sambandhit aspataal ke staaf ko medical record ka upayog karne ki anumati dene ke liye RFID pranaali ka upayog kiya ja sakta hai. tab se, America ke kai aspataalon mein mareejon mein ek RFID taig pratyaaropit kiya jaata hai aur aamtaur par kaaryapravaah aur soochi prabandhan ke liye RFID pranaali ka upayog shuroo kiya gaya hai.[58] kuchh aise saboot bhi hain ki aspataalon mein RFID pranaali ke kaaryaanvayan ke parinaamasvaroop nurse aur aspataal ke anya karmachaariyon ki gatividhiyon par adhik nigraani rakhi ja sakti hai.[59] IVF kleenik mein shukraanu aur ande ke beech ghaalamel ko rokane ke liye RFID ke istemaal par vichaar kiya ja raha hai. [10]
sabse chhoti RFID chip ka record hitaachi ke naam hai jo 0.05mm x 0.05mm hai. Mu chip taig, nae RFID taig se 64 guna chhote hain.[7] vinirmaan silikaun-on-insuletar (SOI) prakriya ke upayog dvaara saksham hota hai. "dhoolakan" ke aakaar ke ye chips, 128 bit reed onli memori (ROM) ka upayog karke 38 ankon ki sankhya ko sangrahit kar sakte hain .[8] ek badi chunauti entena ko jodna hai, is prakaar pathan seema ko keval kuchh mileemeetar tak seemit kar diya.
2009 ki garmiyon ke baad se, do kredit card companiyaan vishesh maaicroSD card ke vikaas ke liye dalaas, Texas aadhaarit divaaisafideliti ke saath kaam kar rahi hain. jab ise ek mobile phone mein daala jaaega to yeh microSD card, ek nishkriya taig aur ek RFID reedar, donon ho sakta hai.[11] microSD daalne ke baad, ek upayogakarta ka phone bank khaate se jud jaaega aur usaka upayog mobile bhugataan mein kiya jaaega.
sakriya RFID ka sabse bada prayog, ameriki raksha vibhaag dvaara apne das lakh se adhik shiping kantenaron par saavi[3] sakriya taig ka upayog hai jo mahaadveepeeya America (CONUS) ke baahar jaata hai. sabse bada nishkriya RFID prayog, difens laujistiks agency (DLA) ka hai jo odin dvaara 72 suvidhaaon par laagoo hai[4] jisne eyarabas ke liye vaishvik prachaar kiya[5] jo vishv bhar mein 13 pariyojanaaon se nirmit tha.
riflekted power (modyuleted baikaskaitar) RFID taig ka ek bahut praarambhik pradarshan, nishkriya aur arddh-nishkriya, donon ka, steven dep, alfred koele aur Robert freman dvaara 1973 mein loss elaamos national leboretari mein kiya gaya.[2] yeh portebal pranaali 915 megaahartj par sanchaalit hoti thi aur 12-bit taig ka prayog karti thi. is takaneek ka upayog aaj ke adhikaansh UHFID aur maaikrovev RFID taig dvaara kiya jaata hai.
1980 ke dashak mein kuchh shodhakartaaon ne paaya ki lagbhag sabhi tulyakaalik rajistar-transfer masheenon ko first-in-first-out tulyakaalan laujik ka upayog karke atulyakaalik dijaainon mein parivrtit kiya ja sakta tha. is yojana mein digital machine, ek data pravaah ke ek set ke roop mein pahachaani jaati hai. pravaah ke har kadam mein, ek atulyakaalik "tulyakaalan sarkit" nirdhaarit karta hai jab us step ka aautaput thos aur ek prastut sanket deta hai ki un stejon ko "deta ko pakado" jismein un stejon ke input mein prayog hua hai. iske liye kuchh apekshaakrut saral tulyakaalan sarkit ki aavashyakta hai.
sooparakandaktiviti ki khoj, raipid ekal flaks kvaantam (RSFQ) ke vikaas sarkit praudyogiki ko sambhav kar pai hai joki traanjistar ke bajaay josefasan jankshan ka upayog karta hai. haal hi mein, aise shuddh optikl kanpyooting pranaali ko banaane ka prayaas kiya gaya, joki naunaleeneear optikl tatvon ka prayog karke digital soochana sansaadhit karne mein saksham hai.
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