This document outlines the course details for NM 412 Digital Broadcasting at Kadir Has University. The course is taught on Thursdays from 5-8pm in room D-107. It aims to introduce students to concepts of digital television and how the industry is transforming with new technologies and services. Over the course of 15 weeks, topics will include digital TV platforms, internet TV, streaming techniques, new business models, social TV, smart TV capabilities and regulation. Assessment includes two homework assignments, a midterm exam, final project, and final exam.
Кристиан Хоспье - Конкурентная модель для цифрового телевидения: Уроки Европе...TVbusinessconference
The document summarizes key issues and opportunities around the transition from analogue to digital television in the EU. It discusses goals of addressing spectrum bottlenecks, allowing content access across platforms, and fostering a creative industry and cultural diversity. Means discussed include analogue switch-off, nondiscriminatory spectrum assignment, and an innovative legal content framework. Issues addressed are effective spectrum management, net neutrality, copyright framework reviews, and ensuring fair competition and media pluralism.
CHANGING TECHINOLOGY New microsoft office power point presentationIsrael Sikajula
This document discusses the evolution of television technology from the 1950s to present day. It describes how cable TV expanded channel offerings and allowed subscribers to choose programs. Satellite technology then launched in the 1980s, transmitting signals worldwide via individual dishes. Internet technology further changed television by allowing online streaming, viewer feedback, and non-traditional viewing via computers and mobile devices instead of traditional TV sets. New technologies now deliver programs through various means and create more interactive experiences between audiences and producers.
Кристиан Хоспье - Конкурентная модель для цифрового телевидения: Уроки Европе...TVbusinessconference
The document summarizes key issues and opportunities around the transition from analogue to digital television in the EU. It discusses goals of addressing spectrum bottlenecks, allowing content access across platforms, and fostering a creative industry and cultural diversity. Means discussed include analogue switch-off, nondiscriminatory spectrum assignment, and an innovative legal content framework. Issues addressed are effective spectrum management, net neutrality, copyright framework reviews, and ensuring fair competition and media pluralism.
CHANGING TECHINOLOGY New microsoft office power point presentationIsrael Sikajula
This document discusses the evolution of television technology from the 1950s to present day. It describes how cable TV expanded channel offerings and allowed subscribers to choose programs. Satellite technology then launched in the 1980s, transmitting signals worldwide via individual dishes. Internet technology further changed television by allowing online streaming, viewer feedback, and non-traditional viewing via computers and mobile devices instead of traditional TV sets. New technologies now deliver programs through various means and create more interactive experiences between audiences and producers.
This document presents a report on mobile TV by Sumit Kumar Biswas. It begins with an introduction on mobile TV and then covers technical aspects such as delivery via 3G cellular networks and broadcast networks. It discusses a mobile TV pilot program in Helsinki and commercial launches of mobile TV in countries like South Korea and Japan. It also covers video services via mobile networks, industry collaboration, business models, consumer expectations, and the advantages of DVB-H. Applications of mobile TV discussed include commuting on public transportation and watching important news and shows. The conclusion discusses business models and increasing versatility and integration of mobile TV into everyday routines over time.
IPTV Forum London - New Trends and Platform Strategies for New TVThomas Grota
IPTV new trends and recommendations for planning and roll out strategies - Centralized Platform for Service Delivery and Content Handling - Cost saving while providing enhanced service experience - From service planning to live deployment
LinkedTV Deliverable 9.3 Final LinkedTV Project ReportLinkedTV
This document comprises the final report of LinkedTV. It includes a publishable summary of the project's scientific results and technological outcomes, a plan for use and dissemination of foreground IP and a list of dissemination activities (publications and events)
IPTV is a system that delivers internet television services using internet protocol over a packet-switched network instead of traditional broadcast methods. It allows for live TV, time-shifted programming like catch-up and start-over TV, and video on demand. IPTV is distinguished from other internet video by its standardization process and deployment in high-speed subscriber networks with set-top boxes.
Video Services: Customer Experience in the Fast-Evolving Digital SpaceCognizant
Drawn from our recent primary research study, we present four ways that communications service providers can improve their competitive stance - today and tomorrow.
This document provides an overview of Internet Protocol Television (IPTV). It discusses the history and evolution of IPTV from its origins in the 1990s to the present. Key points covered include:
- The basic technology of IPTV which streams TV programs over an internet connection rather than traditional broadcast methods.
- The different types of IPTV services including video on demand, live TV, and time-shifted viewing.
- How IPTV networks are architected with regional and local head ends to distribute content over managed IP networks.
- A comparison of digital TV and IPTV, noting IPTV provides greater interactivity but quality of service is a concern over public internet connections.
- Current market leaders
Technologies in the film and tv industries final version copy 2barsik1997
The document discusses various technologies used in the film and TV industries, including consumer products for media production, satellite TV, cable TV, the transition from analogue to digital, interactive TV, the internet, high definition, 3D, pay-per-view, on-demand viewing, streaming content, and digital recorders. Satellite TV works by transmitting signals from satellites to receivers via satellite dishes. Cable TV transmits signals through coaxial cables. The transition to digital provided benefits like improved picture quality and time-shifting capabilities. Interactive TV allows two-way communication but also raises privacy concerns. The internet has greatly impacted the industries through online streaming and video platforms.
Presentation during Kuala Lumpur Mobile Monday summit 2008: mobile TV in Europe; lessons learned from mobile TV trial in Ghent (Belgium) - MADUF project
The document provides an overview of the history and evolution of television, including the transition to digital TV and the rise of interactivity and connected/smart TV capabilities. It discusses how digital TV offers improvements in quality and efficiency through signal compression. It also outlines different types of interactivity, such as one-way and two-way, and describes emerging trends like connected TV, second screening, social TV, and the growing number of smart TV apps and platforms. The document concludes that while smart TV may be the future, it's difficult to predict exactly what form television will take as consumer usage continues to change.
Cloudwiredtv provides a hybrid cloud broadcasting solution that allows content to be delivered to any device. Their HD-MDN platform uses adaptive encoding to stream HD quality video to phones, tablets, set-top boxes, TVs and more. This allows broadcasters and network operators to deliver content across multiple screens and generate new revenue streams through video subscriptions and packages. The challenge is optimizing delivery across different networks and devices to provide high quality streaming.
Technologies in the film and tv industries final version copy 3barsik1997
The document discusses various technologies used in the film and TV industries, including consumer products for media production, satellite technology, cable technology, the transition from analogue to digital, interactive TV, high definition technologies, 3D, pay-per-view, on-demand viewing, streaming content, and digital recorders. Satellite technology allows broadcast signals to be transmitted from satellites to viewers' homes, while cable technology transmits signals through coaxial cables. The transition to digital provided advantages like improved picture quality and additional interactive features. New technologies continue to offer more viewing options and interactive experiences.
HbbTV 2.0.1 specification allows for improved accessibility of connected TV. The new version includes capabilities like HTML5 and time synchronization between devices using DVB protocols. The researchers implemented a platform connecting a TV (terminal app) and second screen device (CS app) to accurately synchronize subtitles and audio descriptions. Tests showed the apps could search for TVs, connect, exchange timing/content data, and present synchronized accessibility features across devices as promised by the HbbTV 2.0.1 specification. Broadcasters may create new accessible and interactive services using these capabilities.
The document discusses the BBC Research & Development's work in developing future media technologies. Some key points include:
1) BBC R&D aims to maintain the BBC's position as a leader in broadcasting research and ensure new technologies are openly available.
2) Past achievements include pioneering digital radio and TV technologies in the 1950s-2000s.
3) Current research priorities include high quality media storage and new formats for immersive and personalized experiences.
4) The goal over the next 5 years is to help create a new "broadcasting" system based on internet protocols and more personalized media experiences.
1) NBC Universal is a major global media company that is responding proactively to convergence trends in the media industry.
2) It is focusing on producing high-quality content, controlling distribution through platforms like Hulu, and making strategic investments in emerging digital media companies.
3) NBC Universal sees opportunities in convergence across devices and believes it is well positioned to navigate the transition to digital and online media through these strategies.
This document provides an overview of the current state and future trends of the TV industry. It discusses how the industry is being impacted by new technologies like internet TV, smart TVs, and mobile TV. Viewing habits are shifting towards on-demand and online content accessed across multiple devices. The future of TV is focused on internet delivery, social capabilities, and new formats like Ultra HD. Advertising is evolving from traditional commercials to content marketing across digital platforms. The TV industry is facing disruption but also opportunities to engage audiences in new ways.
Viet Nguyen Cao - Platform Microsoft Mediaroom for IPTV. Solutions for Media ...TVbusinessconference
This document discusses the challenges facing TV service providers and how Microsoft's technologies address those challenges in three key areas: reliability, security, and quality; supporting one platform across multiple networks and devices; and enabling innovation and differentiation. It provides an overview of Microsoft Mediaroom and how it powers live and on-demand entertainment across different networks and devices with a single platform. It also discusses how Mediaroom allows for innovation through features like multi-screen experiences and an open application platform.
The research, final thesis for the MSc in Media Management at Bocconi, aims to define peculiar business models for web TV, still an almost unexplored ground inside the economic theory, despite technological progress and a steady growing audience made it recently so attractive in terms of investments for both entrepreneurs and advertisers.
QoE-enabled big video streaming for large-scale heterogeneous clients and net...redpel dot com
This document summarizes a research paper on providing quality of experience (QoE)-enabled video streaming for heterogeneous clients and networks in smart cities. It discusses the growth of video traffic and challenges in ensuring high QoE across different devices. The paper reviews video broadcasting technologies, coding methods for scalability and flexibility, and presents a paradigm for QoE-mapped joint coding and cross-layer transmission to dynamically adapt to different devices and networks. It evaluates system performance in terms of broadcasting efficiency and discusses open areas for future research.
This document presents a report on mobile TV by Sumit Kumar Biswas. It begins with an introduction on mobile TV and then covers technical aspects such as delivery via 3G cellular networks and broadcast networks. It discusses a mobile TV pilot program in Helsinki and commercial launches of mobile TV in countries like South Korea and Japan. It also covers video services via mobile networks, industry collaboration, business models, consumer expectations, and the advantages of DVB-H. Applications of mobile TV discussed include commuting on public transportation and watching important news and shows. The conclusion discusses business models and increasing versatility and integration of mobile TV into everyday routines over time.
IPTV Forum London - New Trends and Platform Strategies for New TVThomas Grota
IPTV new trends and recommendations for planning and roll out strategies - Centralized Platform for Service Delivery and Content Handling - Cost saving while providing enhanced service experience - From service planning to live deployment
LinkedTV Deliverable 9.3 Final LinkedTV Project ReportLinkedTV
This document comprises the final report of LinkedTV. It includes a publishable summary of the project's scientific results and technological outcomes, a plan for use and dissemination of foreground IP and a list of dissemination activities (publications and events)
IPTV is a system that delivers internet television services using internet protocol over a packet-switched network instead of traditional broadcast methods. It allows for live TV, time-shifted programming like catch-up and start-over TV, and video on demand. IPTV is distinguished from other internet video by its standardization process and deployment in high-speed subscriber networks with set-top boxes.
Video Services: Customer Experience in the Fast-Evolving Digital SpaceCognizant
Drawn from our recent primary research study, we present four ways that communications service providers can improve their competitive stance - today and tomorrow.
This document provides an overview of Internet Protocol Television (IPTV). It discusses the history and evolution of IPTV from its origins in the 1990s to the present. Key points covered include:
- The basic technology of IPTV which streams TV programs over an internet connection rather than traditional broadcast methods.
- The different types of IPTV services including video on demand, live TV, and time-shifted viewing.
- How IPTV networks are architected with regional and local head ends to distribute content over managed IP networks.
- A comparison of digital TV and IPTV, noting IPTV provides greater interactivity but quality of service is a concern over public internet connections.
- Current market leaders
Technologies in the film and tv industries final version copy 2barsik1997
The document discusses various technologies used in the film and TV industries, including consumer products for media production, satellite TV, cable TV, the transition from analogue to digital, interactive TV, the internet, high definition, 3D, pay-per-view, on-demand viewing, streaming content, and digital recorders. Satellite TV works by transmitting signals from satellites to receivers via satellite dishes. Cable TV transmits signals through coaxial cables. The transition to digital provided benefits like improved picture quality and time-shifting capabilities. Interactive TV allows two-way communication but also raises privacy concerns. The internet has greatly impacted the industries through online streaming and video platforms.
Presentation during Kuala Lumpur Mobile Monday summit 2008: mobile TV in Europe; lessons learned from mobile TV trial in Ghent (Belgium) - MADUF project
The document provides an overview of the history and evolution of television, including the transition to digital TV and the rise of interactivity and connected/smart TV capabilities. It discusses how digital TV offers improvements in quality and efficiency through signal compression. It also outlines different types of interactivity, such as one-way and two-way, and describes emerging trends like connected TV, second screening, social TV, and the growing number of smart TV apps and platforms. The document concludes that while smart TV may be the future, it's difficult to predict exactly what form television will take as consumer usage continues to change.
Cloudwiredtv provides a hybrid cloud broadcasting solution that allows content to be delivered to any device. Their HD-MDN platform uses adaptive encoding to stream HD quality video to phones, tablets, set-top boxes, TVs and more. This allows broadcasters and network operators to deliver content across multiple screens and generate new revenue streams through video subscriptions and packages. The challenge is optimizing delivery across different networks and devices to provide high quality streaming.
Technologies in the film and tv industries final version copy 3barsik1997
The document discusses various technologies used in the film and TV industries, including consumer products for media production, satellite technology, cable technology, the transition from analogue to digital, interactive TV, high definition technologies, 3D, pay-per-view, on-demand viewing, streaming content, and digital recorders. Satellite technology allows broadcast signals to be transmitted from satellites to viewers' homes, while cable technology transmits signals through coaxial cables. The transition to digital provided advantages like improved picture quality and additional interactive features. New technologies continue to offer more viewing options and interactive experiences.
HbbTV 2.0.1 specification allows for improved accessibility of connected TV. The new version includes capabilities like HTML5 and time synchronization between devices using DVB protocols. The researchers implemented a platform connecting a TV (terminal app) and second screen device (CS app) to accurately synchronize subtitles and audio descriptions. Tests showed the apps could search for TVs, connect, exchange timing/content data, and present synchronized accessibility features across devices as promised by the HbbTV 2.0.1 specification. Broadcasters may create new accessible and interactive services using these capabilities.
The document discusses the BBC Research & Development's work in developing future media technologies. Some key points include:
1) BBC R&D aims to maintain the BBC's position as a leader in broadcasting research and ensure new technologies are openly available.
2) Past achievements include pioneering digital radio and TV technologies in the 1950s-2000s.
3) Current research priorities include high quality media storage and new formats for immersive and personalized experiences.
4) The goal over the next 5 years is to help create a new "broadcasting" system based on internet protocols and more personalized media experiences.
1) NBC Universal is a major global media company that is responding proactively to convergence trends in the media industry.
2) It is focusing on producing high-quality content, controlling distribution through platforms like Hulu, and making strategic investments in emerging digital media companies.
3) NBC Universal sees opportunities in convergence across devices and believes it is well positioned to navigate the transition to digital and online media through these strategies.
This document provides an overview of the current state and future trends of the TV industry. It discusses how the industry is being impacted by new technologies like internet TV, smart TVs, and mobile TV. Viewing habits are shifting towards on-demand and online content accessed across multiple devices. The future of TV is focused on internet delivery, social capabilities, and new formats like Ultra HD. Advertising is evolving from traditional commercials to content marketing across digital platforms. The TV industry is facing disruption but also opportunities to engage audiences in new ways.
Viet Nguyen Cao - Platform Microsoft Mediaroom for IPTV. Solutions for Media ...TVbusinessconference
This document discusses the challenges facing TV service providers and how Microsoft's technologies address those challenges in three key areas: reliability, security, and quality; supporting one platform across multiple networks and devices; and enabling innovation and differentiation. It provides an overview of Microsoft Mediaroom and how it powers live and on-demand entertainment across different networks and devices with a single platform. It also discusses how Mediaroom allows for innovation through features like multi-screen experiences and an open application platform.
The research, final thesis for the MSc in Media Management at Bocconi, aims to define peculiar business models for web TV, still an almost unexplored ground inside the economic theory, despite technological progress and a steady growing audience made it recently so attractive in terms of investments for both entrepreneurs and advertisers.
QoE-enabled big video streaming for large-scale heterogeneous clients and net...redpel dot com
This document summarizes a research paper on providing quality of experience (QoE)-enabled video streaming for heterogeneous clients and networks in smart cities. It discusses the growth of video traffic and challenges in ensuring high QoE across different devices. The paper reviews video broadcasting technologies, coding methods for scalability and flexibility, and presents a paradigm for QoE-mapped joint coding and cross-layer transmission to dynamically adapt to different devices and networks. It evaluates system performance in terms of broadcasting efficiency and discusses open areas for future research.
QoE-enabled big video streaming for large-scale heterogeneous clients and net...
NM412_Syllabus_2013
1. NM
412
DIGITAL
BROADCASTING
SPRING
2013
INSTRUCTOR:
Uygar
Boynudelik
Department
of
New
Media
Kadir
Has
University
Thursday
17:00-‐20:00,
D-‐107
Course
Description:
This
course
aims
to
introduce
the
students
to
the
changing
concepts
of
television.
The
students
will
have
an
overall
understanding
of
digital
TV
technologies,
the
changing
behavior
of
TV
audiences,
brand-‐new
services
delivered
to
TV
via
internet
and
how
the
impact
of
broadband
will
transform
media
industry
as
a
whole.
The
course
also
supported
with
the
practices
from
the
digital
TV
industry
like
case
studies
and
guest
speakers.
Course
Objectives:
The
students
are
expected
to:
understand
and
practice
basics
of
digital
television
platforms,
familiarize
on
new
generation
TV
services,
applications
&
technologies
from
broadcaster
and
consumer
perspective
Course
Learning
Outcomes:
By
the
end
of
this
course
the
students
should
be
able
to:
-‐
interpret
the
basics
of
available
TV
platforms
and
technologies.
-‐
learn
about
fundamentals
of
internet
TV
-‐
understand
the
new
opportunities
created
for
content
providers
-‐
forecast
audience
and
TV
interaction
methods
in
the
future
-‐
get
an
insight
about
how
content
is
distributed
securely
to
other
screens
within
the
home
COURSE
MATERIAL:
-‐ Lundstrom,
Lars-‐Ingemar.
Understanding
Digital
Television:
An
Introduction
to
DVB
Systems
with
Satellite,
Cable,
Broadband
and
Terrestrial
TV
Distribution.2006
-‐ Lecture
notes
for
each
week
will
be
available
on
Blackboard.
You
are
advised
to
do
the
readings
before
the
lecture
and
ask
questions
to
make
the
session
more
interactive.
2. GRADING:
-‐2
Homeworks
%20
-‐Final
Project
%20
-‐Midterm
exam
%20
-‐Final
%40
Lecture
Schedule:
(Subject
to
change,
-‐
Week
1:–
Course
Introduction:
Course
syllabus
and
ground
rules
Talking
about
mutual
expectations
Week
2:–
The
Basics
of
Digital
TV
History
of
TV:
B
&
W
–
Color
–
Digital
–
HD
–
3D
Digital
TV
transmission
media:
Satellite,
Terrestrial,
Cable,
Internet
Analog
Switch
off
Reading:
Lecture
notes
Week
3:
TV
platforms
in
Turkey
Digiturk
(Digiturk
Plus,
Digiturk
IQ,
Digiturk
Play)
D-‐Smart
Tivibu
Teledünya
Homework1:
Benchmark
of
TV
platform
propositions
-‐available
offers-‐
Week
4:
Internet
TV
Part
1
What
is
difference
between
WebTV
&
IPTV?
How
IPTV
works?
How
WebTV
works?
Reading:
Lundstrom,
pages
159-‐176
Week
5:
Internet
TV
Part
2
Use
cases
TV
Anytime
&
Anywhere
Multi-‐screen,
Mobile
TV
Reading:
Lundstrom,
pages
159-‐176
Week
6:
TV
over
Broadband
Compare
&
Contrast
Adaptive
Bit
rate
Streaming
Techniques
Http
live
streaming
Smooth
streaming
Http
Dynamic
streaming
Demo
Reading:
Lundstrom,
pages
159-‐176
Week
7:
New
Business
Models
for
Content
Providers
User-‐generated
Content
Video
on
Demand
(VOD)
content
Over
the
Top
(OTT)
TV
Homework2:
Compare
&
Contrast
Available
VOD
services
in
Turkey
3.
Week
8:
MIDTERM
EXAM
Week
9:
Social
TV
applications
Changing
TV
audience
behavior
Second
screen
/
Companion
device
Zeebox
Tivilog
TTNET
Sosyal
Tivi
Reading:
Lecture
notes
Week
10:
Smart
TV
&
Future
of
TV
New
Smart
TV
features
Game
changer:
Connected
TV
Netflix,
Hulu
Plus
&
BBC
iplayer
Google
TV
Reading
:
Lundstrom,
pages
263-‐282
Week
11:
Digital
Rights
Management
How
DRM
works?
Digiturk
Lig
TV
case
Reading:
Lecture
notes
Week
12:
Home
media
distribution
DLNA
Wifi,
Homeplug,
Intel
WiDi
Tablets
and
Smartphones:
Home
Network
Secure
Content
Distribution
Reading
:
Lundstrom,
pages
159-‐
168
Week
13:
Apple
TV
How
Apple
TV
works?
Features
of
3rd
generation
of
Apple
TV
AirPlay
Term
Project
Assignment:
Develop
a
brand
new
television
service
with
new
forms
and
content
and
optimize
interaction,
home
distribution
and
functionality
Week
14:
TV
interaction
Voice-‐controlled
TV
Microsoft
Kinect
New
generation
remote
controls
Apple
TV
Reading:
Lecture
notes
Week
15:
TV
Rating
&
Regulation
in
Turkey
How
do
television
ratings
work?
AGB
Nielsen
RTÜK
Meaning
of
ratings
for
Advertisers