See on vajalik selleks, et süsteem võtaks vastu määratud kõned ainult määratud ajal. Näiteks, kui firma pühapäeval ei tööta, siis kõnesid vastu ei võeta või siis näiteks suunatakse firma omaniku mobiili numbrile. Time condition name: Incoming Time to start: 08:00 Time to finish: 19:00 Week day start: Monday Week day finish: Sunday Nagu näha, tuleb paika panna ka reeglid, mis määravad seda, mida kõnega teha. Seda tuleb panna 'Digital Receptionist' => ,Add IVR' alt. Mina tegin kaks reeglit: · AfterHours (peale tööd) Name: AfterHours Timeout: 10 Enable Directory: linnuke peal Directory Content: Default Enable Direct Dial: linnuke peal Announcement: None · BusinessHours (tööajal) Name: BusinessHours Timeout: 10 Enable Directory: linnuke Directory Content: Default Enable Direct Dial: linnuke peal Announcement: None Ideeks on suunata kõned teisele numbrile määratud ajal. Et suunamine töötaks,
helistati grupi numbrile. Telefonide helisemise ajal mängiti ootemuusikat telefonis, kust helistati. Lõime kõnemenüü, mis teavitaks helistajat, et vajutades erinevaid klahve saab ta rääkida erinevate inimestega ja eelpool toodud konverentsi numbrite olemasolust. Kui helistaja ei suutnud 20 sekundi jooksul (timeout=20) otsustada millist klahvi vajutada või ta vajutas klahvi 0, siis suunati kõne grupi numbrile. Kasutasime menüüsid "System Recordings", "IVR" ja "Inbound Routes", seadsime võimalikuks, et kasutaja ei pea telefoni juttu lõpuni kuulama ja võib kohe soovitud klahvi vajutada. Kõnemenüü kontrollimiseks kasutasime sissetuleva kõne simuleerimist: kood 7777. Ühendasime omavahel kokku 2 Asteriski telefonijaama. Teise jaama IP aadress oli 192.168.252.42. Kasutajanimi ja parool olid samad, mis esimeses jaamas. Ühendamisel kasutasime SIP protokolli. Teises jaamas oli meil ainult üks kasutaja. Mõlemast jaamast sai
Figure 3.The main scheme Components Secondly, for our project we need proper equipment. As a servers we use the computers with operating system Linux and an open source telephony engine Asterisk IP-PBX. Asterisk possesses all possibilities of classical automatic telephone exchange, supports most of VoIP protocols and provides functions of voice mail, conferences, -5- the interactive voice menu (IVR), the centre of processing of calls - statement of calls to turn and their distribution on agents using various algorithms, record CDR and other functions. On the one hand, the server is connected with telephone lines and can incorporate to any phone of the world. On the other hand, the server is connected with the Internet and can contact any computer in the world. The server accepts a standard telephone signal, digitizes it (if it initially
States, and in the next decade telephone surveys became the major data collection method in many countries. Yet other methods were emerging and in the 1990s two additional modes of surveying— 3 the Internet and responding by telephone to prerecorded interview questions, known as Interactive Voice Response or IVR, emerged in some countries. Nevertheless, in some countries the face-to- face interview remained the reliable and predominantly used survey mode. Never in the history of surveying have their been so many alternatives for collecting survey data, nor has there been so much heterogeneity in the use of survey methods across countries. Heterogeneity also exists within countries as surveyors attempt to match survey modes to the
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ITUG International Telecommunications User Group ITU-TIES ITU-Telecom Information Exchange Services ITU-TSS ITU-Telecommunication Standards Section ITV Interactive Television ITX Intermediate Text Block IU Integer Unit IUAP Internet User Account Provider IUS/ITB Interchange Unit Separator/Intermediate Transmission Block IVDS Integrated Voice and Data Systems IVIS Interactive Video Information System IVL Independent Vendor League + Intel Verification Lab IVR Interactive Voice Recognition/Response IVS Interactive Videodisk System IVT Interrupt Vector Table IV&V Independent Verification & Validation I-WAY Information Highway IXC Interexchange Carrier J... | TOP | UP to I | DN to K | BOTTOM | JA Jump Address + Jump if Above JAD Joint Application Design/Development JADE Java Addition to the Default System JAE Jump if Above or Equal JANET Joint Academic Network JAR Java Archive (file format)
Juntion, le1, soybean genome/ RTi-PCR Huang and Pan, 2005 P35S Maize event 176 and cryIA, EPSPS qc-PCR Studer, et al., 1998 soybean GTS40-3-2 cryIA(b), CP4-EPSPS, zeine, RTi-PCR Vaïtilingom et al., lectin 1999 P-35S/peru-r1, cryIA, le1, ivr cPCR (validation) Jankiewicz et al., 1999 P-35S, T-nos, nptII, CTP, cPCR Vollenhofer et al., cryIA(b), lectin, ivr 1999 Lectin, ivr, EPSPS, cryIA(b) cPCR Tengel et al., 2001 P-35S and T-nos cPCR Mao et al
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