This document provides an overview of the Sonaps networked production system, including its file-based workflow, remote connectivity capabilities, and support services. The system allows for planning, acquisition, editing, playout and archiving in a collaborative environment. It has been implemented in over 300 facilities worldwide, supporting news, sports and live production. Remote sites can access centralized content and contribute material efficiently using the system's distributed workflow and network infrastructure. Comprehensive support is also provided through remote monitoring, automatic fault reporting, and rapid on-site response capabilities.
Approach to handover in heterogeneous NetworkAdrian Hornsby
This document outlines an approach for seamless handover between DVB-H broadcast networks and Wi-Fi networks for mobile devices. It discusses the need to integrate heterogeneous networks to enhance coverage and addresses challenges like network and service discovery, selection algorithms, and a prototype implementation. The approach involves a network selection process using the Analytic Hierarchy Process to evaluate available networks and trigger handovers, with the goal of testing and validating an integrated system to enable continuous multimedia experiences across different access networks.
Presentation held by Mr. Maciej Muzalewski-VECTOR Company as a part of the WINS ICT Call7 Session at the 8th SEEITA and 7th MASIT Open Days Conference, 14th-15th October, 2010
Factum Electronics AB is a leading supplier of DAB/DAB+ head-end systems established in 1986. They have customers in over 40 countries including major broadcasters like the BBC, NRK, and Raiway. Factum offers both centralized and distributed DAB systems and their DAB+ technology is being used by customers in countries like Germany, Italy, and Australia.
The document discusses LARCAN's DVB-T/H solution. It provides an overview of DVB-H as an extension of DVB-T to enable digital video broadcast services on mobile devices. It also describes how to set up DVB-T/H networks, including planning, transmitters, distribution networks, and synchronization for single frequency networks. Testing and optimization procedures are outlined as well as network monitoring and quality control. LARCAN is positioned as a leader in digital transmitter solutions that can provide a complete DVB-H portfolio.
- Early experiments with high definition television transmission began in the 1930s in Britain and France, using 240 lines of resolution.
- The USSR developed the first television capable of 1,125 lines of resolution in 1958 aimed at military teleconferencing.
- In the 1960s, development of what we now consider HDTV began in Japan and was marketed to consumers in 1979.
- Key moments in the 1980s included HDTV demonstrations in the US and the first HDTV broadcasts of the Olympic Games.
The document provides information on various digital television standards and technologies including HDTV, ATSC, DVB, and ISDB. It summarizes:
- HDTV standards define resolutions of 1080 or 720 lines using 16:9 aspect ratio, and can be transmitted using ATSC in North America, DVB-T in Europe, and ISDB-T in Japan.
- The ATSC standard supports resolutions up to 1080p for HDTV and lower resolutions for SDTV, using 8-VSB or 16-VSB modulation. DVB-T uses COFDM modulation and supports QAM. ISDB-T uses BST-COFDM modulation.
- The document also
This document discusses different types of video signals and coding standards. It describes component video which uses separate signals for red, green, and blue channels, providing the best color reproduction. Composite video mixes color and intensity into a single signal, causing some interference. S-Video uses two signals for luminance and composite chrominance, reducing crosstalk. Digital video allows storage, access and editing of video and is more tolerant of noise. Standards like CCIR 601 set component digital video parameters. High definition TV aims to increase visual field width through greater pixel counts and aspect ratios. The ATSC digital TV standard supports various formats up to 1080p at 60 frames/sec. MPEG-2 is used for video compression and AC-3
Approach to handover in heterogeneous NetworkAdrian Hornsby
This document outlines an approach for seamless handover between DVB-H broadcast networks and Wi-Fi networks for mobile devices. It discusses the need to integrate heterogeneous networks to enhance coverage and addresses challenges like network and service discovery, selection algorithms, and a prototype implementation. The approach involves a network selection process using the Analytic Hierarchy Process to evaluate available networks and trigger handovers, with the goal of testing and validating an integrated system to enable continuous multimedia experiences across different access networks.
Presentation held by Mr. Maciej Muzalewski-VECTOR Company as a part of the WINS ICT Call7 Session at the 8th SEEITA and 7th MASIT Open Days Conference, 14th-15th October, 2010
Factum Electronics AB is a leading supplier of DAB/DAB+ head-end systems established in 1986. They have customers in over 40 countries including major broadcasters like the BBC, NRK, and Raiway. Factum offers both centralized and distributed DAB systems and their DAB+ technology is being used by customers in countries like Germany, Italy, and Australia.
The document discusses LARCAN's DVB-T/H solution. It provides an overview of DVB-H as an extension of DVB-T to enable digital video broadcast services on mobile devices. It also describes how to set up DVB-T/H networks, including planning, transmitters, distribution networks, and synchronization for single frequency networks. Testing and optimization procedures are outlined as well as network monitoring and quality control. LARCAN is positioned as a leader in digital transmitter solutions that can provide a complete DVB-H portfolio.
- Early experiments with high definition television transmission began in the 1930s in Britain and France, using 240 lines of resolution.
- The USSR developed the first television capable of 1,125 lines of resolution in 1958 aimed at military teleconferencing.
- In the 1960s, development of what we now consider HDTV began in Japan and was marketed to consumers in 1979.
- Key moments in the 1980s included HDTV demonstrations in the US and the first HDTV broadcasts of the Olympic Games.
The document provides information on various digital television standards and technologies including HDTV, ATSC, DVB, and ISDB. It summarizes:
- HDTV standards define resolutions of 1080 or 720 lines using 16:9 aspect ratio, and can be transmitted using ATSC in North America, DVB-T in Europe, and ISDB-T in Japan.
- The ATSC standard supports resolutions up to 1080p for HDTV and lower resolutions for SDTV, using 8-VSB or 16-VSB modulation. DVB-T uses COFDM modulation and supports QAM. ISDB-T uses BST-COFDM modulation.
- The document also
This document discusses different types of video signals and coding standards. It describes component video which uses separate signals for red, green, and blue channels, providing the best color reproduction. Composite video mixes color and intensity into a single signal, causing some interference. S-Video uses two signals for luminance and composite chrominance, reducing crosstalk. Digital video allows storage, access and editing of video and is more tolerant of noise. Standards like CCIR 601 set component digital video parameters. High definition TV aims to increase visual field width through greater pixel counts and aspect ratios. The ATSC digital TV standard supports various formats up to 1080p at 60 frames/sec. MPEG-2 is used for video compression and AC-3
This document provides an overview of a tutorial on geolocation of RF signals presented by Giftet Inc. in 2009. The tutorial covers: (1) describing RF signals and spectrum from 100MHz-18GHz and geolocation requirements; (2) geolocation techniques including blind adaptive signal processing and array processing; (3) hands-on lab illustrations of realistic geolocation problems. The tutorial aims to introduce geolocation of RF signals and related analysis methods over approximately 3 hours of lectures and a lab session.
This document discusses IPv6 deployment and provides statistics on IPv6 adoption. It summarizes Hurricane Electric's 11 years of experience with IPv6 and their global IPv6 network footprint. Visualization tools are presented for analyzing global and regional IPv6 routing statistics, including a graphical representation of IPv6 routing within India between major autonomous systems. Motivation is provided for networks to implement IPv6 ahead of IPv4 address exhaustion.
Television standards conversion is the process of changing a television signal from one format to another, such as from NTSC to PAL. Early conversions in Europe after World War 2 were difficult between French and British channels with different standards. The most challenging conversion is from PAL to NTSC due to differences in lines and frame rates, requiring the converter to generate new frames in real time. While captioning signals may not transfer between standards, teletext signals do not need to be transferred. Easier conversions involve going from higher to lower frame rates, resolutions, or converting progressive sources.
A presentation entitled Following the Sports Fan with Arbitron’s PPM, was given at the Advertising Research Foundation’s (ARF) AM 6.0 conference held in 2011. A study using Arbitron Portable People Meter™ (PPM™) service was presented. The presentation was given by Glenn Enoch- VP, Integrated Media Research at ESPN Inc., Kelly Johnson- Director, Media and Promotion Research at ESPN Inc., & Lung Huang- VP, National Account Services at Arbitron Inc.
Market Research Report : GPS Tracking and Navigation Market in India 2011 - S...Netscribes, Inc.
The GPS market in India is expected to grow from INR x bn in 20-- to INR y bn by 20--. Increased use of GPS technology in fleet management, transport, and infrastructure development is fueling market growth. While the market is growing, challenges remain around lack of consumer awareness and a fragmented logistics sector. Major trends include partnerships between GPS makers and automakers and new applications emerging.
This document provides an overview of digital television (DTV) standards and technologies. It discusses:
1. The DVB standard architecture and key components like MPEG transport streams.
2. Video and audio coding standards used in DTV like MPEG-1, MPEG-2, MPEG-4, and H.264.
3. The ATSC digital television standard developed in the United States, including its use of 8-VSB modulation, forward error correction techniques, and the "cliff effect" in reception.
This document summarizes a presentation given in Hanoi, Vietnam on digital broadcasting and spectrum arrangement. It provides an overview of television broadcasting in Vietnam, including the benefits of digitization for broadcasters and telecommunications. Vietnam's digital television roadmap is outlined, which involves transitioning from analog to digital television between 2011-2020. The document also discusses Vietnam's plans for allocating spectrum for digital television services and freeing up the digital dividend spectrum between 694-790 MHz for other broadband services after 2020.
The document discusses digital television standards and IPTV technology. It begins by explaining analog television standards like NTSC, PAL, and SECAM. It then covers the basics of digital television like standard definition TV (SDTV) and high definition TV (HDTV). The remainder of the document outlines the technology behind Internet Protocol Television (IPTV), including encoding, packetization, multiplexing, channel coding, and decoding. It also discusses IPTV business models and the ecosystem of content delivery.
RadioDNS provides a way to link broadcast radio with internet services by translating broadcast signal information like frequency and program identification into hostname and IP addresses. It defines several services like RadioVIS, which delivers slideshows to enhance broadcast audio, RadioEPG for electronic program guides, and RadioTAG for user tagging of broadcast content. While RadioDNS has benefits, issues around governance, device support, and service servers need to be addressed for broader adoption.
AARNet and ResearchChannel TransPacific HD videoVideoguy
The document discusses AARNet's experiences transmitting uncompressed high definition video between Canberra, Australia and Pittsburgh, USA during the Supercomputing 2004 conference. It summarizes AARNet, an Australian academic and research network, and ResearchChannel, a global effort to share research-related video content. The demonstration transmitted over 1.4 Gbps of HD video using off-the-shelf components with no compression. Plans are discussed to expand ResearchChannel globally and in Australia on AARNet3's new network.
AARNet and ResearchChannel TransPacific HD videoVideoguy
The document summarizes AARNet's experiences transmitting uncompressed high definition video between Canberra, Australia and Pittsburgh, USA during the Supercomputing 2004 conference. Key points include:
- AARNet successfully transmitted 1.4 Gbps of uncompressed HD video between the two locations, equivalent to transmitting over 8 DVDs per minute.
- The transmission used off-the-shelf components like Intel servers to capture, transmit, receive and display the video in both directions.
- It was the first time live HD video was transmitted between the two countries, allowing participants in Pittsburgh and Canberra to communicate in real-time.
AARNet and ResearchChannel TransPacific HD videoVideoguy
The document summarizes AARNet's experiences transmitting uncompressed high definition video between Canberra, Australia and Pittsburgh, USA during the Supercomputing 2004 conference. Key points include:
- AARNet successfully transmitted 1.4 Gbps of uncompressed HD video between the two locations, equivalent to transmitting over 8 DVDs per minute.
- The transmission used off-the-shelf components like Intel servers to capture, transmit, receive and display the video streams.
- It was the first time live HD video was transmitted between the two countries, allowing participants in Pittsburgh and Canberra to communicate in real-time.
AARNet and ResearchChannel TransPacific HD videoVideoguy
The document discusses Research Channel, a project between AARNet in Australia and universities in the US to share uncompressed high definition video over their networks. It describes their initial demonstration of this at the Supercomputing 2004 conference, transmitting 1.4 Gbps of HD video between Canberra, Australia and Pittsburgh, USA. It then outlines next steps for the Research Channel project, including developing a global portal, expanding content and storage, and establishing a revenue model.
HTML 5 supports live streaming via codecs like H.264 and H.265. It allows media players to be coded directly into HTML 5. The document provides an overview of streaming and broadcasting technologies, including formats like HLS, RTMP, and WebRTC. Diagrams compare image sizes, video quality dimensions, and network layers involved in streaming.
A Better Rich Media Experience & Video Analytics at Arkena with Apache HadoopReda Benzair
As digital consumption of rich media content explodes and with audience expectations at its peak, media providers have been challenged with not only delivering high-quality audience experiences but also the audience analytics in realtime to enable actionable insights for content publishers. Arkena, one of Europe’s leading media services organizations chose to power it’s analytical platform with Hortonworks Data Platform to cost effectively store and analyze over 3.5 terabytes of data per day. Join Hortonworks and Arkena as they share the industry challenges faced, the solution created which enables real-time and better analytics for their customers.
Interact provides mobile TV solutions for mobile network operators. Their platform allows operators to stream live TV channels, radio stations, and on-demand video over GPRS and 3G networks. It features automated ingestion and publishing of content from various sources. Interact has implemented successful mobile TV projects for operators in Italy, Greece, Egypt, Algeria, Pakistan, and other countries. Their solutions provide live and on-demand streaming, video downloads, and integration with mobile portals.
Interact provides mobile TV solutions for mobile network operators. Their platform allows operators to stream live TV and radio channels, internet radio, and on-demand video over GPRS and 3G networks. It has a flexible headend, media archive and streaming capabilities. Interact has implemented successful mobile TV platforms and portals for operators in Italy, Greece, Egypt, Algeria, Pakistan and other countries. The platforms provide live and on-demand content to millions of subscribers.
VIDEO QUALITY ENHANCEMENT IN BROADCAST CHAIN, OPPORTUNITIES & CHALLENGESDr. Mohieddin Moradi
This document discusses elements of high-quality image production for television broadcasting such as spatial resolution, frame rate, dynamic range, color gamut, quantization, and total quality of experience. It outlines these elements and provides examples of their implementation in HD, UHD1, and UHD2 formats. Motivations for 8K and 4K broadcasting are discussed related to improved image quality, new applications, and bandwidth efficiency trends. Implementation examples of 4K and 8K broadcasting systems from Japan, Korea, Sweden, and the UK are also summarized.
Open Software Platforms for Mobile Digital BroadcastingFrancois Lefebvre
Overview of CRC projects in digital radio software projects. Discussion of potential future projects. Presented in Gatineau to students and professors of Computer Science and Engineering Department of UQO
Sspi day out_2014_globosat-alan_murakamiSSPI Brasil
This document summarizes the 4K transmission experience of Globosat for the 2014 FIFA World Cup. It describes the objectives of testing 4K production and distribution. It provides details on the equipment used for 4K video production, compression, encoding, decoding and transmission via satellite. It also discusses the HD contribution experience, with over 1000 live inputs delivered via 34 CellNGs and 17 SNGs. The 4K transmission was a pioneering test that prepared Globosat for future 4K offerings.
Streaming media has evolved significantly over the past 20 years. Early systems in the 1990s used proprietary protocols over UDP and later included pre-roll buffers and adaptive bitrate techniques. Standards like RTSP, 3GPP, and ISMA provided interoperability but relied on complex server implementations. The shift to HTTP in the 2000s simplified delivery using progressive download and then adaptive streaming formats like HLS, DASH, and CMAF that divide media into short segments. These standards separate the media format from the delivery method, enabling delivery via HTTP while supporting features like DRM and playback across different devices and networks.
This document provides an overview of a tutorial on geolocation of RF signals presented by Giftet Inc. in 2009. The tutorial covers: (1) describing RF signals and spectrum from 100MHz-18GHz and geolocation requirements; (2) geolocation techniques including blind adaptive signal processing and array processing; (3) hands-on lab illustrations of realistic geolocation problems. The tutorial aims to introduce geolocation of RF signals and related analysis methods over approximately 3 hours of lectures and a lab session.
This document discusses IPv6 deployment and provides statistics on IPv6 adoption. It summarizes Hurricane Electric's 11 years of experience with IPv6 and their global IPv6 network footprint. Visualization tools are presented for analyzing global and regional IPv6 routing statistics, including a graphical representation of IPv6 routing within India between major autonomous systems. Motivation is provided for networks to implement IPv6 ahead of IPv4 address exhaustion.
Television standards conversion is the process of changing a television signal from one format to another, such as from NTSC to PAL. Early conversions in Europe after World War 2 were difficult between French and British channels with different standards. The most challenging conversion is from PAL to NTSC due to differences in lines and frame rates, requiring the converter to generate new frames in real time. While captioning signals may not transfer between standards, teletext signals do not need to be transferred. Easier conversions involve going from higher to lower frame rates, resolutions, or converting progressive sources.
A presentation entitled Following the Sports Fan with Arbitron’s PPM, was given at the Advertising Research Foundation’s (ARF) AM 6.0 conference held in 2011. A study using Arbitron Portable People Meter™ (PPM™) service was presented. The presentation was given by Glenn Enoch- VP, Integrated Media Research at ESPN Inc., Kelly Johnson- Director, Media and Promotion Research at ESPN Inc., & Lung Huang- VP, National Account Services at Arbitron Inc.
Market Research Report : GPS Tracking and Navigation Market in India 2011 - S...Netscribes, Inc.
The GPS market in India is expected to grow from INR x bn in 20-- to INR y bn by 20--. Increased use of GPS technology in fleet management, transport, and infrastructure development is fueling market growth. While the market is growing, challenges remain around lack of consumer awareness and a fragmented logistics sector. Major trends include partnerships between GPS makers and automakers and new applications emerging.
This document provides an overview of digital television (DTV) standards and technologies. It discusses:
1. The DVB standard architecture and key components like MPEG transport streams.
2. Video and audio coding standards used in DTV like MPEG-1, MPEG-2, MPEG-4, and H.264.
3. The ATSC digital television standard developed in the United States, including its use of 8-VSB modulation, forward error correction techniques, and the "cliff effect" in reception.
This document summarizes a presentation given in Hanoi, Vietnam on digital broadcasting and spectrum arrangement. It provides an overview of television broadcasting in Vietnam, including the benefits of digitization for broadcasters and telecommunications. Vietnam's digital television roadmap is outlined, which involves transitioning from analog to digital television between 2011-2020. The document also discusses Vietnam's plans for allocating spectrum for digital television services and freeing up the digital dividend spectrum between 694-790 MHz for other broadband services after 2020.
The document discusses digital television standards and IPTV technology. It begins by explaining analog television standards like NTSC, PAL, and SECAM. It then covers the basics of digital television like standard definition TV (SDTV) and high definition TV (HDTV). The remainder of the document outlines the technology behind Internet Protocol Television (IPTV), including encoding, packetization, multiplexing, channel coding, and decoding. It also discusses IPTV business models and the ecosystem of content delivery.
RadioDNS provides a way to link broadcast radio with internet services by translating broadcast signal information like frequency and program identification into hostname and IP addresses. It defines several services like RadioVIS, which delivers slideshows to enhance broadcast audio, RadioEPG for electronic program guides, and RadioTAG for user tagging of broadcast content. While RadioDNS has benefits, issues around governance, device support, and service servers need to be addressed for broader adoption.
AARNet and ResearchChannel TransPacific HD videoVideoguy
The document discusses AARNet's experiences transmitting uncompressed high definition video between Canberra, Australia and Pittsburgh, USA during the Supercomputing 2004 conference. It summarizes AARNet, an Australian academic and research network, and ResearchChannel, a global effort to share research-related video content. The demonstration transmitted over 1.4 Gbps of HD video using off-the-shelf components with no compression. Plans are discussed to expand ResearchChannel globally and in Australia on AARNet3's new network.
AARNet and ResearchChannel TransPacific HD videoVideoguy
The document summarizes AARNet's experiences transmitting uncompressed high definition video between Canberra, Australia and Pittsburgh, USA during the Supercomputing 2004 conference. Key points include:
- AARNet successfully transmitted 1.4 Gbps of uncompressed HD video between the two locations, equivalent to transmitting over 8 DVDs per minute.
- The transmission used off-the-shelf components like Intel servers to capture, transmit, receive and display the video in both directions.
- It was the first time live HD video was transmitted between the two countries, allowing participants in Pittsburgh and Canberra to communicate in real-time.
AARNet and ResearchChannel TransPacific HD videoVideoguy
The document summarizes AARNet's experiences transmitting uncompressed high definition video between Canberra, Australia and Pittsburgh, USA during the Supercomputing 2004 conference. Key points include:
- AARNet successfully transmitted 1.4 Gbps of uncompressed HD video between the two locations, equivalent to transmitting over 8 DVDs per minute.
- The transmission used off-the-shelf components like Intel servers to capture, transmit, receive and display the video streams.
- It was the first time live HD video was transmitted between the two countries, allowing participants in Pittsburgh and Canberra to communicate in real-time.
AARNet and ResearchChannel TransPacific HD videoVideoguy
The document discusses Research Channel, a project between AARNet in Australia and universities in the US to share uncompressed high definition video over their networks. It describes their initial demonstration of this at the Supercomputing 2004 conference, transmitting 1.4 Gbps of HD video between Canberra, Australia and Pittsburgh, USA. It then outlines next steps for the Research Channel project, including developing a global portal, expanding content and storage, and establishing a revenue model.
HTML 5 supports live streaming via codecs like H.264 and H.265. It allows media players to be coded directly into HTML 5. The document provides an overview of streaming and broadcasting technologies, including formats like HLS, RTMP, and WebRTC. Diagrams compare image sizes, video quality dimensions, and network layers involved in streaming.
A Better Rich Media Experience & Video Analytics at Arkena with Apache HadoopReda Benzair
As digital consumption of rich media content explodes and with audience expectations at its peak, media providers have been challenged with not only delivering high-quality audience experiences but also the audience analytics in realtime to enable actionable insights for content publishers. Arkena, one of Europe’s leading media services organizations chose to power it’s analytical platform with Hortonworks Data Platform to cost effectively store and analyze over 3.5 terabytes of data per day. Join Hortonworks and Arkena as they share the industry challenges faced, the solution created which enables real-time and better analytics for their customers.
Interact provides mobile TV solutions for mobile network operators. Their platform allows operators to stream live TV channels, radio stations, and on-demand video over GPRS and 3G networks. It features automated ingestion and publishing of content from various sources. Interact has implemented successful mobile TV projects for operators in Italy, Greece, Egypt, Algeria, Pakistan, and other countries. Their solutions provide live and on-demand streaming, video downloads, and integration with mobile portals.
Interact provides mobile TV solutions for mobile network operators. Their platform allows operators to stream live TV and radio channels, internet radio, and on-demand video over GPRS and 3G networks. It has a flexible headend, media archive and streaming capabilities. Interact has implemented successful mobile TV platforms and portals for operators in Italy, Greece, Egypt, Algeria, Pakistan and other countries. The platforms provide live and on-demand content to millions of subscribers.
VIDEO QUALITY ENHANCEMENT IN BROADCAST CHAIN, OPPORTUNITIES & CHALLENGESDr. Mohieddin Moradi
This document discusses elements of high-quality image production for television broadcasting such as spatial resolution, frame rate, dynamic range, color gamut, quantization, and total quality of experience. It outlines these elements and provides examples of their implementation in HD, UHD1, and UHD2 formats. Motivations for 8K and 4K broadcasting are discussed related to improved image quality, new applications, and bandwidth efficiency trends. Implementation examples of 4K and 8K broadcasting systems from Japan, Korea, Sweden, and the UK are also summarized.
Open Software Platforms for Mobile Digital BroadcastingFrancois Lefebvre
Overview of CRC projects in digital radio software projects. Discussion of potential future projects. Presented in Gatineau to students and professors of Computer Science and Engineering Department of UQO
Sspi day out_2014_globosat-alan_murakamiSSPI Brasil
This document summarizes the 4K transmission experience of Globosat for the 2014 FIFA World Cup. It describes the objectives of testing 4K production and distribution. It provides details on the equipment used for 4K video production, compression, encoding, decoding and transmission via satellite. It also discusses the HD contribution experience, with over 1000 live inputs delivered via 34 CellNGs and 17 SNGs. The 4K transmission was a pioneering test that prepared Globosat for future 4K offerings.
Streaming media has evolved significantly over the past 20 years. Early systems in the 1990s used proprietary protocols over UDP and later included pre-roll buffers and adaptive bitrate techniques. Standards like RTSP, 3GPP, and ISMA provided interoperability but relied on complex server implementations. The shift to HTTP in the 2000s simplified delivery using progressive download and then adaptive streaming formats like HLS, DASH, and CMAF that divide media into short segments. These standards separate the media format from the delivery method, enabling delivery via HTTP while supporting features like DRM and playback across different devices and networks.
The document discusses the technologies being considered for inclusion in the ATSC 3.0 next generation broadcast standard. It notes that specialist groups have made preliminary decisions on technologies and all selections will require final approval. It then provides context on how consumer electronics and delivery methods have changed over time to motivate the need for an updated standard. The rest of the document outlines features planned for inclusion in the new physical, management, applications and presentation layers of ATSC 3.0.
Television digital terrestre version inlgesedsacun
This document provides an overview of digital terrestrial television (DTT) in Mexico. It discusses the history and technology of DTT, including how digital signals allow for higher quality images, more channels per frequency, and additional services like interactive TV. The transition from analog to DTT in Mexico is also addressed, noting the country began the switch in the late 2000s and aims to complete coverage by 2015. Standards like MPEG-2 and ATSC are mentioned as the technologies adopted for DTT in Mexico and North America.
Broadcast day-2010-ses-world-skies-sspiSSPI Brasil
The document discusses the growth of digital video and satellites as an enabling technology for broadcasting. Some key points:
- Satellites allow for low-cost point-to-multipoint broadcasting to subscribers. Over 24,000 TV channels are now broadcast by satellite, with 2,900 added in 2008-2009 alone.
- Emerging markets are forecasted to see powerful subscriber growth, driving demand for over 200 additional transponders across regions like Asia-Pacific, Latin America, and the Middle East/Africa through 2016.
- High-definition TV is a major driver of transponder demand, with the number of HD channels projected to grow exponentially from over 300 today to over 3,000 by 2017. Satellite
Building Production Ready Search Pipelines with Spark and MilvusZilliz
Spark is the widely used ETL tool for processing, indexing and ingesting data to serving stack for search. Milvus is the production-ready open-source vector database. In this talk we will show how to use Spark to process unstructured data to extract vector representations, and push the vectors to Milvus vector database for search serving.
For the full video of this presentation, please visit: https://www.edge-ai-vision.com/2024/06/temporal-event-neural-networks-a-more-efficient-alternative-to-the-transformer-a-presentation-from-brainchip/
Chris Jones, Director of Product Management at BrainChip , presents the “Temporal Event Neural Networks: A More Efficient Alternative to the Transformer” tutorial at the May 2024 Embedded Vision Summit.
The expansion of AI services necessitates enhanced computational capabilities on edge devices. Temporal Event Neural Networks (TENNs), developed by BrainChip, represent a novel and highly efficient state-space network. TENNs demonstrate exceptional proficiency in handling multi-dimensional streaming data, facilitating advancements in object detection, action recognition, speech enhancement and language model/sequence generation. Through the utilization of polynomial-based continuous convolutions, TENNs streamline models, expedite training processes and significantly diminish memory requirements, achieving notable reductions of up to 50x in parameters and 5,000x in energy consumption compared to prevailing methodologies like transformers.
Integration with BrainChip’s Akida neuromorphic hardware IP further enhances TENNs’ capabilities, enabling the realization of highly capable, portable and passively cooled edge devices. This presentation delves into the technical innovations underlying TENNs, presents real-world benchmarks, and elucidates how this cutting-edge approach is positioned to revolutionize edge AI across diverse applications.
How to Interpret Trends in the Kalyan Rajdhani Mix Chart.pdfChart Kalyan
A Mix Chart displays historical data of numbers in a graphical or tabular form. The Kalyan Rajdhani Mix Chart specifically shows the results of a sequence of numbers over different periods.
Monitoring and Managing Anomaly Detection on OpenShift.pdfTosin Akinosho
Monitoring and Managing Anomaly Detection on OpenShift
Overview
Dive into the world of anomaly detection on edge devices with our comprehensive hands-on tutorial. This SlideShare presentation will guide you through the entire process, from data collection and model training to edge deployment and real-time monitoring. Perfect for those looking to implement robust anomaly detection systems on resource-constrained IoT/edge devices.
Key Topics Covered
1. Introduction to Anomaly Detection
- Understand the fundamentals of anomaly detection and its importance in identifying unusual behavior or failures in systems.
2. Understanding Edge (IoT)
- Learn about edge computing and IoT, and how they enable real-time data processing and decision-making at the source.
3. What is ArgoCD?
- Discover ArgoCD, a declarative, GitOps continuous delivery tool for Kubernetes, and its role in deploying applications on edge devices.
4. Deployment Using ArgoCD for Edge Devices
- Step-by-step guide on deploying anomaly detection models on edge devices using ArgoCD.
5. Introduction to Apache Kafka and S3
- Explore Apache Kafka for real-time data streaming and Amazon S3 for scalable storage solutions.
6. Viewing Kafka Messages in the Data Lake
- Learn how to view and analyze Kafka messages stored in a data lake for better insights.
7. What is Prometheus?
- Get to know Prometheus, an open-source monitoring and alerting toolkit, and its application in monitoring edge devices.
8. Monitoring Application Metrics with Prometheus
- Detailed instructions on setting up Prometheus to monitor the performance and health of your anomaly detection system.
9. What is Camel K?
- Introduction to Camel K, a lightweight integration framework built on Apache Camel, designed for Kubernetes.
10. Configuring Camel K Integrations for Data Pipelines
- Learn how to configure Camel K for seamless data pipeline integrations in your anomaly detection workflow.
11. What is a Jupyter Notebook?
- Overview of Jupyter Notebooks, an open-source web application for creating and sharing documents with live code, equations, visualizations, and narrative text.
12. Jupyter Notebooks with Code Examples
- Hands-on examples and code snippets in Jupyter Notebooks to help you implement and test anomaly detection models.
HCL Notes and Domino License Cost Reduction in the World of DLAUpanagenda
Webinar Recording: https://www.panagenda.com/webinars/hcl-notes-and-domino-license-cost-reduction-in-the-world-of-dlau/
The introduction of DLAU and the CCB & CCX licensing model caused quite a stir in the HCL community. As a Notes and Domino customer, you may have faced challenges with unexpected user counts and license costs. You probably have questions on how this new licensing approach works and how to benefit from it. Most importantly, you likely have budget constraints and want to save money where possible. Don’t worry, we can help with all of this!
We’ll show you how to fix common misconfigurations that cause higher-than-expected user counts, and how to identify accounts which you can deactivate to save money. There are also frequent patterns that can cause unnecessary cost, like using a person document instead of a mail-in for shared mailboxes. We’ll provide examples and solutions for those as well. And naturally we’ll explain the new licensing model.
Join HCL Ambassador Marc Thomas in this webinar with a special guest appearance from Franz Walder. It will give you the tools and know-how to stay on top of what is going on with Domino licensing. You will be able lower your cost through an optimized configuration and keep it low going forward.
These topics will be covered
- Reducing license cost by finding and fixing misconfigurations and superfluous accounts
- How do CCB and CCX licenses really work?
- Understanding the DLAU tool and how to best utilize it
- Tips for common problem areas, like team mailboxes, functional/test users, etc
- Practical examples and best practices to implement right away
Salesforce Integration for Bonterra Impact Management (fka Social Solutions A...Jeffrey Haguewood
Sidekick Solutions uses Bonterra Impact Management (fka Social Solutions Apricot) and automation solutions to integrate data for business workflows.
We believe integration and automation are essential to user experience and the promise of efficient work through technology. Automation is the critical ingredient to realizing that full vision. We develop integration products and services for Bonterra Case Management software to support the deployment of automations for a variety of use cases.
This video focuses on integration of Salesforce with Bonterra Impact Management.
Interested in deploying an integration with Salesforce for Bonterra Impact Management? Contact us at sales@sidekicksolutionsllc.com to discuss next steps.
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2. Network production since 1999 US/Canada
ABC T.S.
Europe Tribune Gp (5)
Japan
Reuters, LNN (UK) Belo Gp (3)
Shizuoka Hoso
Parliament TV (Northern Europe) Cox Gp (1)
FujiTV
RAI, VideoTime, E-Biscom (Italy)
VideoTime, E- Emmis Gp (5)
NHK
Canal+, TF1(2), LCI, F3 Rennes, F3 Reims (France) Turner Sports
FBS
VRT (Belgium) TXN
TV2 EastJutland (Denmark) WDIV
Telemadrid (Spain) MSG
Plaza Media, NDR (Germany) CHUM-TV (Canada)
CHUM-
SIC (Portugal)
Asia/Oceania
SF DRS (Switzerland)
Latin America
TV2 Lorry (Denmark) 9 Network (Australia)
China
Skai (Greece) Cable TV (HongKong)
(HongKong) TV Globo (Brasil)
(Brasil)
Sports channel (Qatar) Televisa (Mexico)
>200 Systems
ENTV (Algeria) TV Naccional (Chile)
Over 300 large systems world-wide
3. Recent systems in Europe
ON AIR
TV2 Lorry – Denmark ON AIR
Skai – Greece ON AIR
ON AIR
Canal+ – France ON AIR
ON AIR
RAI - Italy In Rehearsal
ON AIR
4. In Partnership with Sobey Digital
Sonaps references in China
CCTV-5 (Sports) Remote Production & Transmission
ON AIR
ON AIR
CCTV News Sharing Solution
ON AIR
ON AIR
ON AIR
Beijing TV Total Solution Design, Consultation
ON AIR
ON AIR
ON AIR
Shanghai TV Large Scale Media Asset Management
ON AIR
ON AIR
Chongqing TV Content Management platform
ON AIR
ON AIR
Shenzhen TV Expanded Total Network System
ON AIR
ON AIR
Chengdu TV Total MAM and Information System
ON AIR
ON AIR
Shenyang TV Networked Production System
5.
6. Skai case study
SKAI news is the largest independent provider of television news
in Greece.
The Athens-based television news channel was re-launched in
April 2006 with the objective of offering the fastest, most
comprehensive quality news service available to Greek viewers
7. Skai case study – Key ideas
Workflow key to fast production workflow
HD migration key to better quality pictures
Ready for future technology
Confidence in ROI
8. System overview
Sonaps V2.4
SD 16:9 operation
ENPS News Room Computer I/F to V5.0
Blue Order XDCAM shelf-based archive
4 x Craft edit stations
55 Journalists edit stations
350 Hours central storage @ IMX30
10 Simultaneous SDI ingest + 4 x XDCAM network ingest
9. Key features
Market-leading workflow from planning to archive
Seamless integration with ENPS and Blue Order
Streamlined metadata handling through entire system
Intelligent searching across all available content
Full support and integration for XDCAM acquisition
Significant reduction in production time
Increased output from existing resources
Fully tapeless production
14. Material server
IT Industry Servers
DataDirect Networks S2A series will be used
Highest bandwidth for video applications.
Max Capacity : Up to 440TB ( 500GB FC HDD)
• 16700 Hours / 50Mbps High Resolution Video and Audio
Reliability
• Redundant Controller/Fan/Power Supplier.
• Active/Active Mode
Successful stories
• CCTV, BTV, GDTV, CQTV, SZMG, CDTV,
SMG, HK Cable TB
15. Playout server
Scalable up to 50 ports, 10 studios
Capacity can be gradually increased
High Bandwidth
Reliable
Hot Swap with Optional Redundancy
16. Redundancy
Network Dual Connections/FC Links
Clustered DB server
Clustered Metadata Server
Mirrored Material Server - Option
Mirrored Playout Server - Option
17. External Interfaces
MOS Gateway for communication with NRC-systems
Common Gateway for exchange with 3rd party Applications such
as:
• Archive
• File Exchange
• News Agency feeds
• NLE systems
19. Integration with 3rd-Party archive
Partners
• Blue Order
Features
• Integrated NRCS
• Federated search of materials on the journalist workstation of NRCS
23. New assignment on NRC
Assignment is entered on NRC newsgathering grid
24. New Assignment on NRC
NRC notifies Sonaps
Sonaps creates Material List folder and item in Planning List
NRC Newsgathering grid
Story folder created
This links the NRC story to a
specific Sonaps folder
Sonaps planning list
25. New Assignment on NRC
Sonaps returns unique MOS ID to NRC
Sonaps material list
NRC Newsgathering grid
Story folder created
MOS ID notified
NRC shows list of
Sonaps material
This links the NRC story to a
specific Sonaps folder
Sonaps planning list
26. Sonaps Planning
Planning List metadata and Material List Folder location is written
to the XDCAM disc metadata area
Sonaps planning list
Metadata
This links the media to the NRC
story and to the Sonaps folder
27. Planning/Acquisition
Shooting in the field adds AV content and enhances metadata
Sonaps planning list
Hi res
Proxy
Metadata
Rec start
Metadata Good shot
Metadata+
EDL
28. Ingest
When disc returns, Sonaps reads metadata and sends A/V and
metadata to correct Sonaps folder for the story
Sonaps planning list
Hi res
Proxy
Metadata+
Rec start
Metadata Good shot
EDL
This links the media and AV content to the NRC story and the Sonaps folder
29. File Based Import
Disc returns to station,
metadata and proxy is loaded to Sonaps first (~x30 - x40)
Proxy is available to all journalists in a few seconds
Sonaps server
Proxy
Metadata
30. File Based Import
Proxy viewing and editing can begin immediately by everyone
Multiple discs can be assigned to one story
XpriNS
Sonaps server
Proxy Proxy
GBEthernet
Metadata Metadata Metadata Metadata
31. File Based Import
Hi res material is then ingested during Lo res browsing/editing
Sonaps links proxy EDL to Hi res material
XpriNS
Sonaps server
Proxy GBEthernet Proxy
Metadata Metadata Metadata Metadata
Hi res
32. SDI Ingest
Multiple SDI simultaneous ingest capability
Sonaps router control Recording control & metadata input
Sonaps material list
Sonaps
Hi res server
Simultaneous
SDI inputs
Multiple
sources Router Proxy
SDI
Metadata
33. Network File Import
Common Gateway is watched by Sonaps
Sonaps material list
Sonaps
Hi res server
Proxy
Metadata
Common gateway
MXF file
Other applications
34. Common Gateway Import
FTP Transfer
MXF Decode
Sonaps material list
Sonaps
MXF
MXF Hi res server
file
file
Proxy
Remote contribution from
hotel/home/region/bureau or
agency Metadata
Common gateway
MXF file
FTP server
35. Common Gateway Import
MPG->MXF->Sonaps
Sonaps material list
Reuters agency
Sonaps
.MPG
server
.XML
Hi res
.ENC
WNE server
Metadata
.MPG
Common gateway
.MXF
.XML
Flip Factory
36. Network File Export
Remote distribution to
MXF->FTP
Region/bureau or other site
Sonaps material list
MXF MXF
file file
Hi res
MXF file
FTP server
Common gateway
Metadata
Sonaps server
37. Sonaps site to site connection
Shared Network
User Rights control access
Sonaps in Regions/bureau
Sonaps in Regions/bureau
Sonaps
Partial Hi res server Sonaps material list
Sonaps
material list
Proxy
Metadata
Remote site gateway
Sonaps in Regions/bureau
40. Journalist editing
Librarian is notified to retrieve disc for shelf archive material or
Sonaps automatically retrieves required archive materials
NRC
Archive Sonaps server
41. Journalist editing
Results are displayed in NRC and XpriNS is activated when the
result is selected
NRC XpriNS for journalist
Archive Sonaps server
42. Journalist editing
Proxy from Sonaps and archive can be edited on timeline
Complete edit in Craft Editor or send directly to Playlist
NRC XpriNS for journalist
Craft suite
EDL
Playlist
Package
Archive Sonaps server
43. Journalist editing
XpriNS Proxy package can be dropped directly to playlist
XpriNS for journalist
Package
Playlist
44. Craft editing
XpriNS EDL can be picked up by craft suite
for finishing
XpriNS for journalist
Craft suite
EDL
XpriNS for craft editor
Hi res
Hi res
Metadata
Metadata
Archive
Sonaps server
45. Craft editing
Story package is dropped to playlist
Story is made in Hi res and put to on air server
New proxy generated for on air material
On air server
XpriNS for journalist Hi res
Craft suite
A
EDL B
Pool
Metadata Dist
Playlist
Hi res
Hi res
Metadata
Metadata
Archive
Sonaps server
46. Journalist and Craft Editing
Easy to move from Proxy to Craft Editor
Colour-coded tracks
XpriNS with simple storyboard
Switchable source/master
viewer
XpriNS with advanced craft editing functions
47. EDL Executor Operation
Background Rendering Engine for XpriNS
XpriNS for journalist
EDL executors
48. EDL executor operation
Quick proxy editing with XpriNS
Releases journalist to next job without waiting
XpriNS for journalist
EDL executors
EDLs
Proxy
Metadata
Sonaps server
49. EDL executor operation
Access Sonaps Hi res material automatically
XpriNS for journalist
EDL executors
EDL
Proxy Hi
res
Metadata
Metadata
Sonaps server
50. EDL executor operation
Output completed Hi res file based on EDL and send to on air
server
XpriNS for journalist On air server
Hi res
EDL executors A
B
EDL
Pool
Metadata Dist
Proxy Hi
res
Metadata
Metadata
Sonaps server
51. EDL executor operation
EDL manager can receive and manage multiple EDLs
XpriNS for journalist On air server
Hi res
EDL executors A
EDLs
EDL manager B
EDL
Pool
Metadata Dist
Proxy Hi
res
Metadata
Metadata
Sonaps server
58. Archiving – Sonaps near-line
Drag and drop to archive list
Sonaps material list
59. Archiving – Sonaps near-line
Material is sent to archive directly or as part of a schedule
Archive
Sonaps server Proxy
Metadata
Hi res
On air server
60. Archiving – 3rd Party archive
Material with proxies/metadata can be exported to 3rd party
archive
Sonaps material list
Sonaps server Hi res
Proxy
Metadata
Metadata
Hi res
Proxy
Metadata
On air server Archive proxy server
61. Sonaps to Archive Example Metadata flow
Planning Acquisition Field Edit Ingest Newsroom Craft Edit Playout
Hi res, Proxy Clip titles, Clip descriptions Custom comments Program
XpriNS Edit suite
Record start mark Key frames, Essence marks Custom descriptions Channel
Editor Editor
Good shot mark Essence mark notes Added Key frames Playlist
Clip detail Clip detail
Date, Time, Location Storyboard, Sub clips, EDL Added Essence marks Duration
Duration Sub clip detail
UMID Detailed Essence mark SOM, EOM
Program Duration
Disc ID
Content descriptions Date, Time
Last edit date Program
Disc title
Program definition EDL: executor Last edit date
Description
Creator
Rights
Place
Date
Time
Photographer
Reporter
Country
People
Sonaps material server
Location
Event
Archive
Genre
63. Remote connection workflow HQ
Efficient Distribution and Contribution
Remote real-time searching/ Browsing
real-
/Trimming of materials
Selectable material transfer
Field Editing
Network
Network
Infrastructure
Infrastructure
Station A
Station D
Station C
Station B
Materials access and exchange
among main and affiliate stations
64. Remote Connection Example (Doha to Beijing)
Doha Beijing
Up-load from Material Data
Data
XDCAM Archive Searching
Searching
Acquisition
Ingestion
Field
Editor
Archive
WMS Server
WMS Server
Live Ingest DS3
Lines
Transfer Server Transfer Server
Material Material
(LR & HR) (LR & HR)
Server Server
Proxy
Proxy Editing
Editing
Voice Over
Voice Over
Craft
Craft
Editing
Editing
Play Out from Beijing
Play Out from Doha
68. Support
SNMP support for Remote monitoring
Automatic email/pager for fault reporting
Local 1st line rapid response with Remote dial-in diagnostics and
maintenance
Ongoing upgrade and enhancements, On-site spares
Access to central spares holding with advanced shipment
Tailored plan to meet specific requirements
Local telephone help for operational support