TR201810216A2 - A MULTIPLE BROADCASTING SYSTEM AND METHOD - Google Patents
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- 238000012806 monitoring device Methods 0.000 claims description 17
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- 239000011159 matrix material Substances 0.000 claims description 7
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Abstract
Bu buluş, çoklu (multicast) canlı yayın esnasında kullanıcıların/izleyicilerinin gerçekleştirdiği katılım gösterme, etkileşim kurma, oylamaya katılma, onaylama, doğrulama (kimlik, yer, veri vb.), soru cevaplama, soru doğrulama ve bunun gibi işlemlerde, çoklu canlı yayının farklı kanallardan (uydu, web, internet, IPTV, kablo yayını, karasal yayın vb.) alınması sonucu oluşan süre kayma problemi kaynaklı sorunların ortadan kaldırılmasını sağlayan ve istenilirse sunulan içerik, reklam, akışkan (feed) gibi ek verilerin kullanıcılar/izleyiciler tarafından alındığının ve izlenildiğinin garantisini veren bir çoklu canlı yayın sistemi (1) ve yöntemi (100) ile ilgilidir.The present invention relates to the use of multiple live broadcasts in processes such as participation, interaction, voting, approval, verification (identity, location, data, etc.), question answering, question verification and the like performed by users / viewers during multicast live broadcasting. channels (satellite, web, internet, IPTV, cable broadcasting, terrestrial broadcasting, etc.), which allows the elimination of the problems caused by the sliding problem and, if desired, additional data such as content, advertising, fluid (feed) is received and monitored by and a method (100).
Description
TARIFNAME BIR ÇOKLU YAYIN SISTEMI VE Y'ONTEMI Teknik Alan Bu bulus, çoklu (multicast) canli yayin esnasinda kullanicilarin/izleyicilerinin gerçeklestirdigi katilim gösterme, etkilesim kurma, oylamaya katilma, onaylama, dogrulama (kimlik, yer, veri vb.), soru cevaplama, soru dogrulama ve bunun gibi islemlerde, çoklu canli yayinin farkli kanallardan (uydu, web, internet, IPTV, kablo yayini, karasal yayin vb.) alinmasi sonucu olusan süre kayma problemi kaynakli sorunlarin ortadan kaldirilmasini saglayan ve istenilirse sunulan içerik, reklam, akiskan (feed) gibi ek verilerin kullanicilar/izleyiciler tarafindan alindiginin ve izlenildiginin garantisini veren bir çoklu canli yayin sistemi ve yöntemi ile ilgilidir. DESCRIPTION A MULTIPLE BROADCAST SYSTEM AND METHOD Technical Area This invention allows users/viewers to live broadcasting multicast. participating, interacting, voting, approving, authentication (identity, location, data, etc.), question answering, question verification and so on. In transactions, multiple live broadcasts can be broadcast from different channels (satellite, web, internet, IPTV, cable). broadcast, terrestrial broadcast, etc.) due to the time shift problem. Content, advertisement, fluid, which ensures the elimination of problems and is offered upon request. that additional data such as (feed) are received and watched by users/viewers It is about a multiple live broadcast system and method that guarantees
Teknigin Bilinen Durumu Çoklu canli yayinlar esnasinda mobil uygulama ile yarismaya veya herhangi bir etkilesime katilma, canli yayinda çikan sorulari cevaplama, sorulari dogrulama gibi belirli süre içerisinde etkilesim kurulmasi beklenen durumlar bulunmaktadir. Bu durumlarda ortaya çikan en büyük sorun, her türlü yayin akis platformunun farkli zaman kaymasi ile son izleyici kitlesine ulasmasindan kaynaklanan gecikmelerdir. State of the Art During multiple live broadcasts, you can participate in the competition with the mobile application or in any such as participating in the interaction, answering the questions on the live broadcast, verifying the questions. There are situations that are expected to interact within a certain period of time. This The biggest problem that arises in situations is that all kinds of streaming platforms are different. are the delays caused by reaching the last audience with a time lapse.
Ornegin canli yayin yapilan bir programi son izleyici uydudan izliyor ise 10-12 saniye sonra, eger kablotv veya iptv den izliyor ise 25-30 saniye sonra, karasal yayindan izlemekte ise 5-10 sn. sonra, web/internet tv ortamindan izliyor ise bazi durumlarda 1dk gecikmeli izlemektedir. Çoklu canli yayinda sorulan bir sorunun internete bagli bir istemci tarafindan belirli bir süre içerisinde cevaplanilmasi istenilebilmektedir. Bu durumda yayini kisa süreli gecikmeli bir platformlardan izleyen istemciler için cevaplama süresi açisindan bir avantaj olusmaktadir. Çoklu canli yayinlarda ayrica, sunulan bir reklam ya da içerigin son izleyiciler tarafindan alindiginin ve izlendiginin garantisi halihazirda bulunmamaktadir. For example, if the last viewer is watching a live broadcast program from satellite, it takes 10-12 seconds. then, if watching from cabletv or iptv 25-30 seconds later, terrestrial broadcast 5-10 sec. then, if watching on the web/internet tv environment, in some cases 1 minute delayed follow up. A question asked in multiple live broadcasts can be answered by an internet-connected client. It can be requested to be answered within the time limit. In this case, the broadcast is short-lived. in terms of response time for clients watching from a lagging platform. advantage arises. In multiple live broadcasts, the last viewers of a presented advertisement or content There is currently no guarantee that it is received and monitored by
Tüm bu sebeplerle izleyicilerin katilim gösterdigi çoklu canli yayinlarda süre kaymadan kaynakli sorunlarin ortadan kaldirilmasini saglayan ve sunulan bir reklam ya da içerigin son kullanicilar/izleyiciler tarafindan alindiginin ve izlendiginin garantisini sunan yapilanmalara ihtiyaç duyulmaktadir. For all these reasons, in multiple live broadcasts attended by the audience, the time does not slip. an advertisement or content that is presented and that eliminates the problems caused by which guarantees that it is received and watched by end users/viewers structures are needed.
Literatürde yer alan CN101115188 numarali basvuruda, interaktif ag televizyon sistemi için gelistirilen çoklu canli yayin yönteminden bahsedilmektedir. Ancak söz konusu dokümanda anlatilan yöntemde izleyicilerin katilim gösterdigi çoklu canli yayinlarda süre kaymadan kaynakli sorunlarin ortadan kaldirilmasini saglayan ve sunulan bir reklam ya da içerigin son kullanicilar/izleyiciler tarafindan alindiginin ve izlendiginin garantisini sunan bir yapilanmadan bahsedilmemektedir. In the application numbered CN101115188 in the literature, interactive network television system It is mentioned that the multi-live broadcast method developed for However, in question In the method described in the document, in multiple live broadcasts in which the audience participates. It is a system that provides the elimination of the problems caused by the time shift and is presented. that the advertisement or content is received and watched by the end users/viewers There is no mention of a structure that offers a guarantee.
Sonuç olarak, yukarida anlatilan olumsuzluklardan dolayi ve mevcut çözümlerin konu hakkindaki yetersizligi nedeniyle ilgili teknik alanda bir gelistirme yapilmasi gerekli kilinmistir. As a result, due to the above-mentioned disadvantages and current solutions It is necessary to make an improvement in the relevant technical field due to the inadequacy of the is locked.
Bulusun Amaci Bulus, mevcut durumlardan esinlenerek olusturulup yukarida belirtilen olumsuzluklari çözmeyi amaçlamaktadir. Purpose of the Invention The invention was created by being inspired by the current situations, and the above-mentioned negativities aims to solve.
Bu bulusun ana amaci, çoklu canli yayin esnasinda kullanicilarin/izleyicilerinin gerçeklestirdigi islemlerde, çoklu canli yayinin farkli kanallardan alinmasi sonucu olusan süre kayma problemi kaynakli sorunlarin ortadan kaldirilmasidir. The main purpose of this invention is to ensure that users/viewers during multi-streaming As a result of receiving multiple live broadcasts from different channels, It is the elimination of the problems caused by the time slip problem.
Bu bulusun bir diger amaci, çoklu canli yayinda sunulan içerik, reklam, akiskan gibi ek verilerin kullanicilar/izleyiciler tarafindan alindiginin ve izlenildiginin garantisinin verilmesidir. Another purpose of this invention is to provide additional content such as content, advertisement, fluid presented in multiple live broadcasts. guarantee that the data is received and watched by users / viewers is to be given.
Bulus konusu çoklu canli yayin sistemi ve yönteminde barkod okuma, karekod okuma, arttirilmis gerçeklik gibi görüntü, desen (pattern) tanima teknolojilerinden faydalanilmaktadir. In the multi-live broadcast system and method, which is the subject of the invention, barcode reading, data matrix reading, one of the image and pattern recognition technologies such as augmented reality. are used.
Bulus konusu çoklu canli yayin sistemi ve yönteminde zaman kaymasi problemini çözmek için, süreye bagli yarisma sorusu veya son kullanicidan etkilesim beklenilen içerik direk olarak son kullaniciya canli yayin ile verilmek yerine, ekranda bir barkod, karekod, desen çikmaktadir. Son kullanici internete bagli istemcisinde bulunan uygulama ve istemci kamerasi ile bu barkodu, karekodu, deseni okuttugunda, ilgili istemci uygulamasi canli yayinda verilmek istenen içerige, içerigin bulundugu veya içerige yönlendiren sunucu araciligiyla ulasabilmektedir. Süreya bagli mekanizma her istemci için, karekod, barkod, desen okutulmasi ile baslamaktadir. Bu nedenle farkli canli yayin tiplerinden kaynaklanan zaman kaymasi ortadan kalkmaktadir. Bu sayede her istemci tarafindan belirlenen süre içerisinde etkilesimin tamamlandigindan emin olunmaktadir. The subject of the invention is to solve the problem of time shift in the multiple live broadcast system and method. To solve it, timed competition question or expected interaction from the end user instead of broadcasting the content directly to the end user, a barcode on the screen, QR code, pattern is displayed. The end-user is in the client connected to the internet. When you read this barcode, data matrix, pattern with the application and client camera, the corresponding The client application includes the content desired to be broadcast live, where the content is present or The content can be accessed through the forwarding server. The time-dependent mechanism For the client, it starts with reading data matrix, barcode, pattern. Therefore different time shift caused by live broadcast types is eliminated. In this way Ensure that the interaction is completed within the time specified by each client. is being made.
Bulus konusu çoklu canli yayin sistemi ve yönteminde karekod, barkod, desen okutulmasi sayesinde yayin yapan kurulus tarafindan istege bagli olarak son kullaniciya reklam veya alternatif içerik gösterilmesi de mümkün olmaktadir. Data matrix, barcode, pattern in the multi-live broadcast system and method, which is the subject of the invention. It is optionally finalized by the broadcasting organization thanks to its reading. It is also possible to show advertisements or alternative content to the user.
Bulusun yapisal ve karakteristik özellikleri ve tüm avantajlari asagida verilen sekilerl ve bu sekillere atiflar yapilmak suretiyle yazilan detayli açiklama sayesinde daha net olarak anlasilacaktir ve bu nedenle degerlendirmenin de bu sekiller ve detayli açiklama göz önüne alinarak yapilmasi gerekmektedir. The structural and characteristic features and all the advantages of the invention are given in the following figures and It is clearer thanks to the detailed explanation written by making references to these figures. will be understood as such, and therefore the assessment will also include these figures and should be taken into account.
Bulusun Anlasilmasina Yardimci Olacak Sekiller Sekil 1, bulusa konu olan sistemin sematik görünümüdür. Figures to Help Understand the Invention Figure 1 is the schematic view of the inventive system.
Sekil 2, bulusa konu olan yönteme ait akis diyagramidir. Figure 2 is the flow diagram of the method which is the subject of the invention.
Parça Referanslarinin Açiklamasi 1. Çoklu canli yayin sistemi 2. Birincil izleme cihazi 3. Ikincil izleme cihazi 4. Haberlesme uydusu . Verici ekipmani 6. Video yakalama cihazi 7. Sifreleme arayüzü 8. Iletisim arayüzü 9. Merkezi uygulama sunucusu . Son kullanici cihazi 11. NTP (Network Time Protocol - Ag Zamanlama Protokolü) sunucusu Bulusun Detayli Açiklamasi Bu detayli açiklamada, bulusa konu olan çoklu canli yayin sisteminin (1) ve yönteminin (100) tercih edilen yapilanmalari, sadece konunun daha iyi anlasilmasina yönelik olarak açiklanmaktadir. Description of Part References 1. Multiple live broadcast system 2. Primary monitoring device 3. Secondary monitoring device 4. Communication satellite . Transmitter equipment 6. Video capture device 7. Encryption interface 8. Communication interface 9. Central application server . End-user device 11. NTP (Network Time Protocol) server Detailed Description of the Invention In this detailed explanation, the multi-streaming system (1) and its method, which is the subject of the invention, are explained. (100) preferred embodiments only for better understanding of the subject. is described as.
Bu bulus, çoklu (multicast) canli yayin esnasinda kullanicilarin/izleyicilerinin gerçeklestirdigi katilim gösterme, etkilesim kurma, oylamaya katilma, onaylama, dogrulama (kimlik, yer, veri vb.), soru cevaplama, soru dogrulama ve bunun gibi islemlerde, çoklu canli yayinin farkli kanallardan (uydu, web, internet, IPTV, kablo yayini, karasal yayin vb.) alinmasi sonucu olusan süre kayma problemi kaynakli sorunlarin ortadan kaldirilmasini saglayan ve istenilirse sunulan içerik, reklam, akiskan (feed) gibi ek verilerin kullanicilar/izleyiciler tarafindan alindiginin ve izlenildiginin garantisini veren bir çoklu canli yayin sistemi (1) ve yöntemi (100) ile ilgilidir. This invention allows users/viewers to live broadcasting multicast. participating, interacting, voting, approving, authentication (identity, location, data, etc.), question answering, question verification and so on. In transactions, multiple live broadcasts can be broadcast from different channels (satellite, web, internet, IPTV, cable). broadcast, terrestrial broadcast, etc.) due to the time shift problem. Content, advertisement, fluid, which ensures the elimination of problems and is offered upon request. that additional data such as (feed) are received and watched by users/viewers It relates to a multiple live broadcast system (1) and method (100) that guarantees
Sekil 1'de sematik gösterimi verilen çoklu canli yayin sistemi (1) TV, akilli TV gibi karasal ya da IPTV yayinlarinin (broadcast) izlenilmesini saglayan birincil izleme cihazi (2) içermektedir. Çoklu canli yayin sisteminde (1) ayrica ikincil izleme cihazi (3) da yer almaktadir. Ikincil izleme Cihazi (3), IP tabanli olup web üzerinden yayinlarin izlenilmesini saglayan bilgisayar, tablet, mobil telefon ve bunun gibi türden bir cihazdir. Çoklu canli yayin sisteminde (1) yer alan haberlesme uydusu (4), uydu yayinlarinin bölgesel olarak gönderilmesini saglayan global/bölgesel bir uydudur. Yayinlarin birincil izleme cihazi (2) ve ikincil izleme cihazi (3) üzerinden kullaniciIara/izleyicilere aktarilmasi verici ekipmanlari (5) tarafindan saglanmaktadir. Verici ekipmani (5), sunucu, verici uydu, karasal verici, ag cihazlari ve bunun gibi türden bir cihazdir. Verici ekipmani (5), tarafindan aktarilacak yayin video yakalama cihazi (6) vasitasiyla kayit altina alinmaktadir. Çoklu canli yayin sisteminde (1), çoklu canli yayinin farkli kanallardan alinmasi sonucu olusan süre kayma problemi kaynakli sorunlarin ortadan kaldirilmasi amaciyla sifreleme arayüzü (7) kullanilmaktadir. Sifreleme arayüzü (7), içerigin son kullaniciya gösterilebilmesi için tv, çevrimiçi tv ve web tv gibi arayüzlerden son kullaniciya iletilen karekod, barkod, desen (pattern) ve bunun gibi türden bir kodu içermektedir. Çoklu canli yayin sistemi (1) ayrica iletisim arayüzü (8) içermektedir. Iletisim arayüzü (8), internet üzerinden baglanti kurulmasini saglamaktadir. Çoklu canli yayin sisteminde (1) kullanilan merkezi uygulama sunucusu (9) ve son kullanici cihazi (10) birbirleriyle iletisim arayüzü (8) vasitasiyla baglanti kurmaktadirlar. Multiple live broadcast system (1), schematically represented in Figure 1, such as TV, smart TV primary monitoring device for watching terrestrial or IPTV broadcasts (broadcast) (2) contains. In the multi-stream system (1) there is also a secondary monitoring device (3). takes. The secondary monitoring Device (3) is IP-based and allows broadcasts over the web. It is a type of device such as computer, tablet, mobile phone and so on, which enables monitoring. The communication satellite (4) in the multi-live broadcast system (1), It is a global/regional satellite that provides regional transmission. Your publications are primary to users/viewers via the monitoring device (2) and the secondary monitoring device (3) transmission is provided by the transmitter equipment (5). Transmitter equipment (5), server, transmitter satellite, terrestrial transmitter, network devices and so on. Transmitter recording equipment (5) via the broadcast video capture device (6) to be transmitted by is underlined. In a multiple live broadcast system (1), as a result of receiving multiple live broadcasts from different channels in order to eliminate the problems caused by the time slip problem. The encryption interface (7) is used. The encryption interface (7) ensures that the content is delivered to the end user. transmitted to the end user from interfaces such as TV, online TV and web TV. QR code, barcode, pattern and similar code. The multiple live broadcast system (1) also includes a communication interface (8). communication interface (8) provides a connection over the internet. Multi live stream central application server (9) and end-user device (10) used in the system (1) they communicate with each other via the communication interface (8).
Merkezi uygulama sunucusu (9), son kullanici rol ve yetki islemlerini tanimlamakta ve yönetmektedir. Merkezi uygulama sunucusu (9), yayin esnasinda gönderilecek olan sifreleme arayüzünü (7) olusturup son kullaniciya gönderilecek içerikle iliskilendirmektedir. Merkezi uygulama sunucusu (9), sifreleme arayüzü (7) vasitasiyla son kullanicilara, yani son kullanici cihazlarina (10), belirlenen süre içerisinde içerigi saglamaktadir. Merkezi uygulama sunucusu (9), içerik sonrasi son kullanici, yani son kullanici cihazlari (10), tarafindan gönderilen geri bildirim/oylama gibi diger etkilesimleri yönetmekte ve bu etkilesimlere göre aksiyon alinmasini saglamaktadir. The central application server (9) defines the end-user role and authorization processes and manages. The central application server (9), which will be sent during the broadcast with the content to be sent to the end user by creating the encryption interface (7) relates. Central application server (9) via encryption interface (7) to end-users, ie end-user devices (10), within the specified time it provides. The central application server (9) is the post-content end-user, that is, the end-user. user devices (10), other interactions such as feedback/voting submitted by and ensures that actions are taken according to these interactions.
Son kullanici cihazi (10), cep telefonu, tablet, bilgisayar, kiosk ve bunun gibi türden bir cihazdir. Son kullanici cihazi (10), sahip oldugu uygulama sayesinde yetki alarak çoklu canli yayin sistemine (1) giris islemini gerçeklestirmektedir. Son kullanici cihazi (10), yayinda gösterilen sifreleme arayüzünü (7) okuyarak merkezi uygulama sunucusu (9) tarafindan saglanan içerigin belirli süre boyunca alinmasini saglamaktadir. Son kullanici cihazi (10) ayrica alinan içerik dogrultusunda, belirli süre içerisinde merkezi uygulama sunucusu (9) ile geri bildirim/etkilesim islemlerinin gerçeklestirilmesini saglamaktadir. Çoklu canli yayin sistemi (1), merkezi uygulama sunucusunun (9) ve son kullanici cihazinin (10) kullandiklari tarihin ve zamanin güncellenmesini saglayan NTP sunucusu (11) içermektedir. NTP sunucusunun (11) yapmis oldugu güncelleme sayesinde, merkezi uygulama sunucusu (9) ile son kullanici cihazi (10) arasindaki tarih ve zaman esitlemesi saglanmaktadir. End-user device (10), mobile phone, tablet, computer, kiosk, etc. is the device. The end-user device (10) receives multiple authorizations thanks to the application it has. performs the login process to the live broadcast system (1). End-user device (10), central application server (9) by reading the encryption interface (7) shown in the broadcast It ensures that the content provided by it is taken for a certain period of time. End the user device (10) can also be sent to the central office within a certain period of time in accordance with the received content. Performing feedback/interaction processes with the application server (9) it provides. The multi-streaming system (1) consists of the central application server (9) and the end user. NTP, which allows the device (10) to update the date and time they use server (11). Update made by NTP server (11) date between the central application server (9) and the end-user device (10) and time synchronization is provided.
Sekil 2'de akis diyagrami gösterilen bulus konusu çoklu canli yayin yöntemi (100), çoklu canli yayin sistemi (1) içerisinde yer alan unsurlari kullanmaktadir. Çoklu canli yayin yöntemi (100) tercihen; o& son kullaniciya gönderilmek istenilen içerik için merkezi uygulama sunucusu (9) tarafindan karekod, barkod, desen (pattern) ve bunun gibi türden bir kodu içeren sifreleme arayüzünün (7) olusturulmasi, .;. video yakalama cihazi (6) tarafindan kaydedilen çoklu canli yayinin verici ekipmani (5) üzerinden birincil izleme cihazina (2) ve ikincil izleme cihazina (3) iletilmesi, merkezi uygulama sunucusu (9) tarafindan gönderilen ve çoklu canli yayinda yer alan sifreleme arayüzünün (7) son kullanici cihazi (10) vasitasiyla okutulmasi, 0:› sifreleme arayüzünde (7) yer alan içerik ve içerigin geribildirim süresi dogrultusunda, son kullanici cihazinin (10) merkezi uygulama sunucusuna (9) geri bildirimde bulunmasi ve ct› istenilen aralik ve zamandaki etkilesim durumunun ve/veya genel durumun, son kullanici cihazi (10) tarafindan merkezi uygulama sunucusu (9) üzerinden sorgulanilmasi Bulus konusu çoklu canli yayin yönteminde (100) son kullaniciya gönderilmek istenilen içerik için merkezi uygulama sunucusu (9) tarafindan karekod, barkod, desen (pattern) ve bunun gibi türden bir kodu içeren sifreleme arayüzü (7) olusturulur. Bu kod(lar) son kullanici yayin izleme arayüzlerinden görüntülenmek üzere broadcast yayin ile verilir. The subject of the invention, whose flow diagram is shown in Figure 2, is the multi-streaming method (100), uses the elements included in the multiple live broadcast system (1). multi live the broadcast method (100) preferably; o& central application server for the content to be sent to the end user (9) QR code, barcode, pattern and similar code. creation of the encryption interface (7) containing .;. Transmitter of multiple live broadcasts recorded by the video capture device (6) equipment (5) to the primary monitoring device (2) and to the secondary monitoring device (3) transmitting, in multiple live broadcasts sent by the central application server (9) via the end-user device (10) of the encryption interface (7) located being read, 0:› content in the encryption interface (7) and the feedback time of the content Accordingly, the end-user device (10) is connected to the central application server (9). giving feedback and ct› the interaction status and/or general condition at the desired interval and time, the last by the user device (10) via the central application server (9) to be questioned In the multi-live broadcast method (100), which is the subject of the invention, the desired message to be sent to the end user. data matrix, barcode, pattern (pattern) by the central application server (9) for the content and the encryption interface (7) containing such a code is created. This code(s) last It is given by broadcast broadcast to be viewed from user broadcast monitoring interfaces.
Kod(lar) üretildigi esnada, içerigin erisimde olacagi süre belirlenmektedir. Çoklu canli yayin, son kullanicilara iletilmek üzere uydu/web/karasal yayin merkezlerine iIetiIir. Çoklu canli yayin, haberlesme uydusu (4),üzerinden yada IPTV/karasal yayin ile TV/Akilli TV gibi türden olan birincil izleme cihazlarina (2) iIetiIir. Benzer sekilde çoklu canli yayin, IP tabanli network üzerinden bilgisayar/tablet/telefon gibi türden olan ve web tabanli yayin izleme saglayan ikincil izleme cihazlarina (3) iletilir. Cep telefonu/tabletlbilgisayarfkiosk gibi internet baglantisi kullanabilen son kullanici cihazi (10) vasitasi ile çoklu canli yayinda gösterilen sifreleme arayüzü (7) okutulur. Sifreleme arayüzünde (7) yer alan uygulama ile sifreleme arayüzündeki (7) nitelikli veri kullanilarak merkezi uygulama sunucusuna (9) web üzerinden gidilir ve merkezi uygulama sunucusundan (9) içerik ve içerigin geribildirim süresi alinir. Son kullanicinin içerige yapacagi oylama, anket, soru cevaplama gibi geribildirimin bu süre içerisinde yapildigi uygulama ile teyit edilir. Geri bildirim bir anket cevabi, soru cevabi, içerik cevabi olabilir. Merkezi uygulama sunucuna (9) cevap ile birlikte son kullanicinin kimlik gibi karakteristikleri iletilir, son kullanicidan alinan cevap merkezi uygulama sunucusunda (9)saklanilir. Son kullanici cihazi (10) istenilen aralik ve zamandaki etkilesimin (anket, yarisma, cevaplanan içerik vbv) durumunu ve/veya genel durumu, merkezi uygulama sunucusundan (9) anlik olarak sorgulayarak görüntüleyebilir.At the time the code(s) are generated, the period during which the content will be available is determined. multi live broadcast is transmitted to satellite/web/terrestrial broadcasting centers to be transmitted to end users. Multiple live broadcast, via communication satellite (4), or via IPTV/terrestrial broadcast It is transmitted to primary monitoring devices (2) of the type such as TV/Smart TV. Similarly, multiple live broadcast, computer/tablet/phone over IP-based network, and transmitted to secondary monitoring devices (3) providing web-based broadcast monitoring. Pocket end-user device that can use internet connection such as phone/tabletcomputerfkiosk By means of (10), the encryption interface (7) displayed in the multi-stream broadcast is read. Encryption the application in the interface (7) and the qualified data in the encryption interface (7). Using the web, the central application server (9) is accessed and the central content and feedback time of the content are received from the application server (9). end user Within this period, feedback such as voting, survey, and question answering will be given to the content. It is confirmed by the application. Feedback is a survey answer, question answer, content may be the answer. Identity of the end user along with the response to the central application server (9) characteristics such as are transmitted, the response received from the end user is centralized application It is stored on the server (9). End-user device (10) at the desired interval and time. the status and/or general status of the interaction (survey, contest, answered content, etc.), It can be viewed from the central application server (9) by querying it instantly.
Claims (1)
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| Application Number | Priority Date | Filing Date | Title |
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| TR2018/10216A TR201810216A2 (en) | 2018-07-17 | 2018-07-17 | A MULTIPLE BROADCASTING SYSTEM AND METHOD |
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| Application Number | Priority Date | Filing Date | Title |
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| TR2018/10216A TR201810216A2 (en) | 2018-07-17 | 2018-07-17 | A MULTIPLE BROADCASTING SYSTEM AND METHOD |
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| TR201810216A2 true TR201810216A2 (en) | 2018-08-27 |
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2018
- 2018-07-17 TR TR2018/10216A patent/TR201810216A2/en unknown
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