DOCSLIB.ORG

BROADCAST MASTER CONTROL ROOM MCR and NOC Automation and Orchestration

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
BROADCAST MASTER CONTROL ROOM MCR and NOC Automation and Orchestration BROADCAST SATELLITE CABLE IPTV MOBILE DATAMINER SOLUTION SHEET BROADCAST MASTER CONTROL ROOM MCR and NOC Automation and Orchestration SIMPLIFIED & AUTOMATED EFFECTIVE FUTURE-PROOF Simplification and automation DataMiner effectively reduces DataMiner is the key enabler rely on end-to-end monitoring, operational workload while for broadcast centers to evolve control and orchestration maximizing resource utilization to next-gen technologies DataMiner manages and controls any effective service, resource and capacity multi-vendor: guaranteed integration system, device, data center and software management across the entire shared with any technology from any functionality irrespective of vendor or infrastructure vendor, including all-IP, SDN and NFV technology cost-effective infrastructure extension adheres to established and new simplified management through the use through the use of software-defined technology & industry standards of smart services, service groups and networking (SDN) and network function SLA layers virtualization (NFV) technology running tested and developed in close on COTS data centers advanced and highly customizable collaboration with many market-leading user interfaces for the control of any allocation and redirection of staff from technology companies function and device, including router day-to-day activities to focal areas of & master control panels, interfaces for growth and workflow improvement DataMiner manages both legacy processing functions and even up to equipment as well as IP and virtualized end-to-end views of your complete comprehensive dashboards and routers and infrastructure MCR workflow advanced analytics resulting in fast and accurate decision making skyline.be INTERFACE MONITOR CONTROL PERFORMANCE REPORT CORRELATE AUTOMATE INTERFACE MONITOR CONTROL PERFORMANCE REPORT CORRELATE AUTOMATE DATAMINER IS YOUR MOST STRATEGIC ASSET FOR CURRENT AND FUTURE OPERATIONS ANY INFRASTRUCTURE - ANY SOURCE - ANY SERVICE UNIFIED BROADCAST FACILITY MONITORING AND ORCHESTRATION • end-to-end control and monitoring regardless of protocol, product, system and vendor • any type of protocol including XML, REST, SNMP, SOAP, JSON, Corba, real-time protocols, serial, GPIO, … • drivers are available off the shelf for more than 5000 different elements, including: • any type of networking & infrastructure element including SDI, IP and L-band routers, multi-viewers, video/audio/data processing, encoding/transcoding, network intelligence devices • any type of production element including vision/audio/light mixers, video servers, VTRs, talkback and intercom systems, UMD/tally systems, waveform/rasterizers, hardware, software and mobile panels, … • any type of contribution/distribution element, including satellite and fiber transmission links, compression headends, earth stations, OTT publishing, off-air reception and confidence monitoring probes, … • any type of ICT function including routing/switching, storage, IT backbone, … • virtualized functions (NFV), Software-Defined Networking (SDN) and legacy hardware/software functions • and much more • single pane of glass across all feeds, facilities and rooms, including studios, remote production, PCR, contribution, MCR, playout, transmission, distribution, … • self-service customer portals (monitoring and/or orchestration) • fine-grained user authentication and authorization HIGHER ACCURACY, FASTER EXECUTION, LOWER OPERATIONAL COST UNMATCHED WORKFLOW AUTOMATION • workflows can be initiated internally based on time schedules or events, or initated by operators, through a built-in scheduler or through interfaces with external applications • ‘single button’ profile storage and recall for fast and predictable setup of studios, operator positions and galleries • virtualization of functions, platforms and resource pools, operated by multiple teams • flexible service workflow definitions and instances • automated file transfer and asset routing for ingest, QC, processing, encryption & DRM, publishing, ... • automated event capture and raw footage ingest for news, sports, live studio events, assets, ... • multi-site service routing (L-Band, SDI, ASI, IP with protection switching) • priority-based resource management eliminates overbooking of resources while setting up new workflows • high-availability system fit for 24x7 operations running natively or virtualized in the data center SIMPLIFIED OPERATIONS EASY TO PERFORM COMPLEX TASKS QUICKLY BENEFITS • rich and customizable routing panels, graphics, automation and workflows • integrate any device or system • user-definable views and maps using integrated Microsoft Visio™ workflow irrespective of its interface • quick actions based on simplified screens containing only relevant information • cutting-edge distributed system • single-button workflow start/stop/restart architecture • operator-controlled service protection switching and restoration • powerful professional security • instant failure root cause analysis with fault location resolution with fully user-definable users and • service grouping reducing the amount of information for the operator groups • visual overview to present your system exactly the way you want KEEP AN EYE ON ALL STEPS OF YOUR OPERATIONS • monitor and control any device INTEGRATED MONITORING BY EXCEPTION, and any system COMPLIANCE AND CONFIDENCE MONITORING • fault management with intuitive • 360° service monitoring covering the complete service and component level including all interface of active and historical selected components (audio, video, subtitles, languages, EPG and any other metadata) alarms • multi-point and multi-format service monitoring including out-of-footprint • performance monitoring with (TX, off-air, remote, low res backhaul, STB integration) tracking of key performance for • extraction and correlation of status information from reception and processing devices, over a year probes, multi-viewers, set-top boxes, … • integrated Monitoring by Exception app provides full control of affected services with • unified personal notifications automatically updated DataMiner and multi-viewer ‘penalty box’ user interfaces • fully integrated inventory and and configurable technology and business rules asset management • service fault aggregation based on user-defined service groups, operators and supervisors • SLA management to manage your services from a business perspective REDUCE THE NUMBER OF SCREENS END-TO-END MANAGEMENT OF OPERATIONAL • end-to-end service and resource management to manage all your POSITIONS resources dynamically • automated position setup based on operator ID and credentials • extensive northbound interfacing • custom-defined desk views, service lists, signal routing, multi-viewer layouts, intercoms for third-party applications such as • flexible control options using user configurable hardware, software and mobile panels trouble ticket applications, alarm and extensions managers, etc. • service monitoring and orchestration per position and operator • instant feedback of broadcast automation and infrastructure health status • proactive fault resolution, service arrivals board END-TO-END VISIBILITY FOR EACH TEAM ANALYTICS AND DASHBOARDS TAILORED TO EACH DEPARTMENT • reports and dashboards extract essential information for each role in the organization, per service, service group, supervisor and manager, for web-based statistical reporting and for use in business customer portals • comprehensive overview of KQIs, KPIs and real-time aggregated data, each with historical trend and alarm status • DataMiner Advanced Analytics functionality set, allowing detection of abnormal behavior (anomaly detection), trend forecasting, alarm level nominal baseline calculation and correlation rule suggestion • all dashboards originating from a single and consistent set of data FUTURE-PROOF KEEPING OPERATIONS UP WHILE YOU EVOLVE SMOOTHLY TOWARDS NEW TECHNOLOGIES • evolve from traditional SDI broadcast infrastructures to all-IP, digital, virtualized and cloud-based • mimics traditional routing panels flawlessly on new IP and SDN architectures • IP bandwidth allocation, address space management and utilization reporting • interoperates with all-new IP media transport protocols, including VSF-TR03/04, SMPTE ST-2110 and AMWA NMOS IS-04 PEACE OF MIND TESTED AND DEPLOYED WITH TECHNOLOGY LEADERS • proven interoperability with all market-leading technology suppliers • manages and operates legacy and new software-defined functions and microservices from a single pane of glass • interoperates with more than 500 key industry vendors, like Imagine Communications, Evertz, Grass-Valley, Axon, Snell Advanced Media, Harmonic, Vizrt, Avid, Cisco, Arista, Brocade, Tektronix, Nevion, Crystal Vision, and many more • preferred relationships and close cooperation with many large broadcasters and service providers ADAPTS TO YOUR OPERATIONS NOT THE OTHER WAY AROUND • DataMiner adapts to your existing workflows and offers step-by-step optimization without disruption • multi-lingual and fully dynamic, customizable user interfaces and panels for each team member and department • guaranteed integration with IT systems, including MAM, traffic and scheduling, legacy broadcast automation systems, active directory, OSS/BSS systems • integrated incident ticketing using DataMiner ticketing or your existing incident management system • documented northbound SNMP and web services interface • open database access for offline analysis BOADCAST SAELLIE BLE IV MOBILE FREE SOLUTION GUIDE DATAMINER OLIO IE ORCHESTRATE, AUTOMATE AND
Load more

Recommended publications
  • Automat 1 on in Broadcasting Studios As
    i THE UNIVERSITY OF NEW SOUTH WALES AUTOMAT 1 ON IN BROADCASTING STUDIOS BY A. S. GRAY .Submitted for the degree of Master of Engineering on 3rd March, 1972. UNIVERSITY OF N.S.W. ] 311S7 16. MAY 72 I LIBRARY ii CERTIFICATE This is to certify that this thesis has not been submitted for a degree or similar award to any other University or Institution. A. S. GRAY iii ACKN QWLEDGSM3NT I wish to thank the Australian Broadcasting Commission and especially Mr. K. N. Middleton, Controller of Technical Services for allowing this work to be undertaken, I would also like to thank my Supervisors, Dr. John Hiller of University of New South Wales and Mr. Carl Wilhelm of A.B.C. for their encouragement and patience. I must state however, that the responsibility for statements made herein rests solely with myself. iiKe finally, I would^to thank ray wife for her help in typing the thesis. NOTE A peculiar difficulty in writing the thesis was the usage of the term "program", which is used both in broadcasting and in computing. I have used " programme " to mean the set of broadcasting items to be presented and " program " to mean the set of instructions executed by the computer. SUMMARY Broadcasting is a form of communications in which emphasis is placed on the uninterrupted transmission and smooth presentation of material, rather than the speed of message handling. Broadcasting entities range from one studio- transmitter stations to decentralised studio network which exchange and merge items to suit a particular programme of operations. The sporadic heavy demands on broadcast operators controlling presentation lead to errors in production and make uneconomic use of staff.
    [Show full text]
  • BRINGING BROADCAST AUTOMATION INTO the FUTURE Real-Time Integration, Mobile Capability, and Ease of Use Are All Keys to Success
    BRINGING BROADCAST AUTOMATION INTO THE FUTURE Real-time integration, mobile capability, and ease of use are all keys to success Presented by: A Partner Broadcast automation is an essential part of any modern radio station. The automation systems that may have sufficed for a station’s needs a decade ago don’t necessarily meet the many new demands of today’s broadcast and streaming environment. Today’s top automation systems must the way they were done. There was a line be compatible with traffic and music to use the production room—how is that scheduling software, work with a variety efficient? It was never set up correctly.” of mobile platforms, and be easy for both technical and non-technical personnel Across the country at McKenzie River to use. At the same time, they must be Broadcasting in Eugene, Oregon, chief flexible enough to meet the challenges engineer Chris “Ichabod” Murray was of new signal-distribution platforms and still running the Computer Concepts whatever else the future of radio may hold. automation that he’d originally installed at his cluster back in 1996. But aging BRINGING AUTOMATION INTO software and hardware prompted him to A NEW DECADE look for a new solution for his four stations. It has been more than 20 years since Murray’s criteria for a new automation the first fully digital automation systems system included easy configurability and entered daily use in the radio industry. robust support from the automation vendor. From the initial limited uses of these Most important of all, he needed a system systems—primarily replacing tape-based that would be easy for his staff to learn.
    [Show full text]
  • Rivendell Radio Automation System Operations and Administration Guide Fred Gleason
    Rivendell Radio Automation System Operations and Administration Guide Fred Gleason 2.18.0 Edition Rivendell Radio Automation System: Operations and Administration Guide Fred Gleason Copyright © -2003-2017 Fred Gleason Table of Contents I. Rivendell Operations ........................................................................................................ 1 1. System Overview .................................................................................................... 5 1.1. Introducing Rivendell .................................................................................... 5 1.1.1. The Rivendell Object Paradigm ............................................................. 6 1.1.2. The Rivendell Hardware Paradigm ........................................................ 6 2. Managing the Current User with RDLogin ................................................................... 8 2.1. RDLogin ..................................................................................................... 8 3. Content Management with RDLibrary ......................................................................... 9 3.1. The Rivendell Library Structure and RDLibrary ................................................. 9 3.1.1. Carts ................................................................................................ 9 3.1.2. Cuts ................................................................................................ 11 3.2. Alternative Methods of Audio Ingestion .........................................................
    [Show full text]
  • Principle of Working Radio and Television Broadcasting Theory and Facility
    Principle of Working Radio and Television Broadcasting Theory and Facility Oleh : Ir Herry Satria Utama, MT Universitas Pakuan – Teknik Elektro Bogor ABSTRACT Technological developments relating to Broadcasting have been progressing very rapidly. That is the workings, systems, and devices in the broadcasting system contained in radio stations and television stations, as well as the receiver's development can also receive from the broadcasting station broadcasters. The workings of systems and devices that are commonly used systems of radio and television broadcasting stations are commonly operated by operators in order to broadcast to listeners or spectator viewers broadcasting stations. Keywords: Broadcasting system, radio station, television station ABSTRAK Perkembangan teknologi yang berhubungan dengan Broadcasting telah mengalami perkembangan yang sangat pesat. Yaitu cara kerja, sistem, dan perangkat pada sistem broadcasting yang terdapat pada stasiun radio dan stasiun televisi, juga perkembangan penerima juga dapat menerima dari pemancar stasiun broadcasting tersebut. Cara kerja dari Sistem dan perangkat yang biasanya digunakan pada system stasiun broadcasting radio dan televisi yang dapat dioprasikan operator agar dapat menyiarkan berita berupa gambar dan teks kepada pendengar ataupun penonton stasiun broadcasting. Kata kunci :Sistem broadcasting, stasiun radio, stasiuntelevisi I. Introduction farm. At that time broadcasting is a mass media segment that is very large A. Understanding Broadcasting System Broadcasting aimed at a very narrow range Broadcasting is the dissemination of audio of audience called narrow casting. In line and video content to a scattered audience with the technological developments of through radio, television, or other media. electronic components of broadcasting The recipient can be a large public or some systems exist large public group (See Wikipedia on the 3 systems are used, there is : definition of broadcasting).
    [Show full text]
  • March 25- Series Logger and 4400 28,And Listen to Our Pitch
    www.americanradiohistory.com If You Want To Hear Something Great, Read This. Stop by our booth at We'll also demonstrate the NAB Convention in our new Metrotech 400 Washington, March 25- Series Logger and 4400 28,and listen to our pitch. Time Code Generator. A You'll hear it loud and new track form at on the clear on our new Scully 400 lets you log twice as 2808 ma~netic much programming on recorder/reproducer. a standard reel of tape. (The 2808 has, to our Which, simple knowledge, the best mathematics tells you, signal-to-noise ratio in its can cut your tape costs price range.) by half. The 2808 also has a So drop by Booth 614 new feature that lets you inthe Ambassador Room switch directly from of the Shoreham Hotel. "record"to"play" without While you're in stopping at "stop:' And Washington, we can go it has one, two and four through channels channel capability. together. ®Scully /Metrotech Division of Dictaphone Corporation Circle I00 on Reader Service Card www.americanradiohistory.com IDYNAIR's price catalog describes these new products and over 150 others. ~l.tfi¡'-<.,' NEW "PATCH CABLE ELIMINATOR" - - . ~·' { '· I .. -- _: ., - ' . DYNAIR's new Series-X Video-Audio Switchers eliminate -=rtrll I I I I, the custom fabrication usually required for routing switchers. ii 11111 IL These units are totally modular, allowing off-the-shelf LLTI~ I I I I ii.:-: assembly of almost any input-output configuration. either 1I I I II-I I I I IL video-only, or audio-follow-video.
    [Show full text]
  • The Impact of New Technology on the News Production Process in the Newsroom
    The impact of new technology on the news production process in the newsroom By Abdulsamad Zangana A DISSERTATION Submitted to The University of Liverpool In partial fulfilment of the requirements for the degree of DoCtor of Philosophy 2017 Abstract The change brought about by new teChnology in the television newsroom has beCome a key aspeCt of the development of the television industry in Iraqi- Kurdistan; since the newsroom has begun to adopt a new automated system, it has particularly shaped journalists’ practice and the method of news production within their workplace network. This change has led to the Creation of a new form of journalistic practice, particularly with regard to multi-skills, multi- media and multi-tasks within the newsroom network. Hence, these teChnologiCal Changes have provided the news practitioner with more opportunities to obtain a detailed understanding of their practiCes, interactions and actions. This researCh projeCt provides an ethnographiC aCCount of newsroom Culture and journalists’ practice using automation and non-automation systems (see, chapter two distinction) in two Kurdish news Channels in Iraqi-Kurdistan. It draws upon in-depth interviews with journalists; non-participant observation and ColleCted doCumentation related to the research questions. The current research project is based upon two models: One is Community of Practice (COP)(see chapter 3), developed by Etienne Wenger (1998) and Jean Lave (1991). The COP approach provides a focus on subjects related to the workplace Culture, mutual engagement, identity of the members, shared history of learning, exchange of information, experience and shared knowledge. The other is the Actor-Network Theory (ANT) (Bruno Latour, 1992.
    [Show full text]
  • Softlab-NSK Builds a Universal, Ultra HD Broadcast Solution
    CASE STUDY Ultra HD Video Broadcasting/Media Building a Universal, Software Ultra HD Broadcast Solution SoftLab-NSK combines the functionality of a 4K HEVC video encoder and a playout server in one box using technologies from Intel Building the Future of Broadcasting Ultra HD video is the future of broadcasting. And finding the best way to switch to 4K broadcasting is a key topic on the pages of magazines and at exhibitions and conferences worldwide. As TV operators begin broadcasting new Ultra HD channels, hardware manufacturers search for the best way to integrate support for the 4K format into their solutions. Typically, video signal encoding is performed on a standalone video encoder that’s separate from the broadcasting playout server. The most effective technology for compressing 4K video is the H.265/HEVC codec. Compared to the previous H.264 codec, HEVC has a higher compression ratio with a relatively equal image quality. However, it requires exponentially more computing resources. This presents a challenge for SoftLab-NSK, which develops complete TV broadcast automation solutions that work with the 4K format and HEVC compression and include functionality for video encoding. Its TV-channel-in-a-box solutions are installed on one computer to handle all the main tasks of broadcasting. “Processing 4K HEVC video When the company wanted to expand its flagship Forward T* line of playout requires extremely high servers, it needed the most efficient solution for video transcoding. After a through study, it chose technologies from Intel that support decoding, processing, computing power. Using Intel® encoding, and broadcasting 4K HEVC video from the output of the playout server: Quick Sync Video technology, • Intel® Quick Sync Video, which uses the dedicated media processing we can afford decoding, capabilities of Intel® Graphics Technology for fast decoding and encoding, enabling the processor to complete other tasks and improving system processing, and encoding responsiveness.
    [Show full text]
  • Spectrum Servers & Crispin Automation
    Purchasing Division State of West Virginia 2019 Washington Street East Solicitation Response Post Office Box 50130 Charleston, WV 25305-0130 Proc Folder : 433008 Solicitation Description : AUTOMATION SWITCHER FOR MASTER CONTROL Proc Type : Central Purchase Order Date issued Solicitation Closes Solicitation Response Version 2018-04-11 SR 0439 ESR04021800000004489 1 13:30:00 VENDOR VS0000014891 Crispin Crispin Solicitation Number: CRFQ 0439 EBA1800000009 Total Bid : $224,971.75 Response Date: 2018-04-06 Response Time: 11:39:44 Comments: Thank you for reviewing the Crispin and Harmonic proposal for West Virginia PBS. Crispin is providing a proposal for Crispin automation with Harmonic video servers. Crispin will be the reseller for the Harmonic servers. We have included a proposal, drawing, compliance matrix and 5 supplemental documents with this proposal. Please see the compliance matrix for a line-by-line response of all mandatory items. When reviewing all proposals, please see total cost of ownership over 4 years. Crispin provides 4 years of support AND 4 years of hardware warranty on the Crispin system. We hope to do business with WVPBS soon. Thank you, Jill Hopkins Account Manager Crispin Corporation FOR INFORMATION CONTACT THE BUYER Michelle L Childers (304) 558-2063 [email protected] Signature on File FEIN # DATE All offers subject to all terms and conditions contained in this solicitation Page : 1 FORM ID : WV-PRC-SR-001 Line Comm Ln Desc Qty Unit Issue Unit Price Ln Total Or Contract Amount 1 MASTER CONTROL AUTOMATION 1.00000 EA $224,971.750000 $224,971.75 & PLAYOUT SERVER Comm Code Manufacturer Specification Model # 32150000 Extended Description : All inclusive price for Master Control Automation & Playout Server including training and commissioning.
    [Show full text]
  • Avid Fastbreak Setup and User's Guide
    FastBreak® Setup and User’s Guide Legal Notices Product specifications are subject to change without notice and do not represent a commitment on the part of Avid Technology, Inc. This product is subject to the terms and conditions of a software license agreement provided with the software. The product may only be used in accordance with the license agreement. Avid products or portions thereof are protected by one or more of the following European Patents: 0506870; 0635188; 0674414; 0752174; 0857293; 0976108; 0988756; 1068734; 1111910; 1173850; 1629675. Other patents are pending. Avid products or portions thereof are protected by one or more of the following United States Patents: 5,267,351; 5,309,528; 5,355,450; 5,396,594; 5,440,348; 5,467,288; 5,513,375; 5,528,310; 5,557,423; 5,577,190; 5,584,006; 5,640,601; 5,644,364; 5,654,737; 5,724,605; 5,726,717; 5,745,637; 5,752,029; 5,754,851; 5,799,150; 5,812,216; 5,828,678; 5,842,014; 5,852,435; 5,986,584; 5,999,406; 6,038,573; 6,069,668; 6,141,007; 6,211,869; 6,532,043; 6,546,190; 6,596,031; 6,747,705; 6,763,523; 6,766,357; 6,847,373; 7,081,900; 7,403,561; 7,433,519; 7,671,871; 7,684,096; D352,278; D372,478; D373,778; D392,267; D392,268; D392,269; D395,291; D396,853; D398,912. Other patents are pending. Avid products or portions thereof are protected by one or more of the following European Patents: 0506870; 0635188; 0674414; 0752174; 1111910; 1629675.
    [Show full text]
  • Autonomous Robots*
    Autonomous Robots* Don Berkich 5/29/08 Texas A&M University-Corpus Christi Abstract “Autonomy” enjoys much wider application in robotics than philosophy. Roboticists dub virtually any robot not directly controlled by a human agent “autonomous” regardless of the extent of its behavioral repertoire or the complexity of its control mechanisms. Yet it can be argued that there is an important difference between autonomy as not-directly-controlled and autonomy as self-control. With all due respect to the enormous achievement Mars rovers Spirit and Opportunity represent, in this paper I argue that the roboticists' conception of autonomy is over-broad in the sense that it is too easily achieved, uninteresting, and ultimately not especially useful. I then propose a theory of autonomous agency that capitalizes on the roboticists' insights while capturing the philosophical conception of autonomy as self-rule. I close by describing some of the capacities autonomous agency so construed presupposes and explaining why those capacities make it a serious challenge to achieve while arguing that it is nonetheless an important goal. word count: 3318 1/13 Introduction In a 1986 manuscript Rod Brooks set the path for robotics development by announcing that he wished “to build completely autonomous mobile agents that co-exist in the world with humans, and are seen by those humans as intelligent beings in their own right.” (1999 p. 86) Brooks astutely sided-stepped difficult questions about intelligence and intentionality with the decidedly dennettian phrase, “are seen by”, yet showed not the slightest hesitation in declaring the goal to be autonomous agency. (Dennett 1987) To be sure, the field of situated robotics Brooks arguably initiated has achieved far more than the commercial success of the floor cleaning Roomba: Mars rovers Spirit and Opportunity are particularly spectacular examples.
    [Show full text]
  • Simple. Broadcast. Control
    simple. broadcast. control. KSC CORE by BFE – The independent broadcast control and monitoring solution of the future. CONTENTS KSC CORE at a Glance 04 Mission, Values and Vision 05 System Architecture 06 Mobile Production 08 Studio 10 Master Control Room 12 Playout and Distribution 14 Control Panels 16 Service and Support 18 KSC CORE AT A GLANCE MISSION, VALUES, AND VISION IP STUDIO AND OB VAN CONTROL YOUR OPERATE, MONITOR AND KSC CORE is a highly PRODUCTION WORLDWIDE ADJUST ALL PARAMETERS available, adaptable Control and Monitoring System that perfectly supports all present Continuity and and future needs in broadcast innovation are core operations. values of the KSC Broadcast operators product line. seamlessly optimize PLAYOUT AND MASTER CONTROL their workflows with DISTRIBUTION ROOM KSC CORE. CONTROL YOUR PREPARE YOUR PRODUCTION NETWORK We work hard and play fair, but always on equal For our partners and terms with our partners customers, we are always and customers. within earshot. We listen to ideas, understand, and implement. MANAGE YOUR BROADCAST CHAIN. To us, vendor Designing a control and monitoring system that takes care easing the operators work with live-video feeds in KSC CORE independence is not of the entire broadcast chain has been the underlying goal client GUIs. Video- and Audio-over-IP is already part of today’s just a statement, it is when creating KSC CORE. Modular interfaces allow you broadcast infrastructure. With intelligent interfaces and soft- corporate reality. to use KSC products in all areas of planning, production, ware modules that unify the operations of these often hybrid In order to find a playout and distribution.
    [Show full text]
  • TR 055 Automation: Applications, Techniques and Technologies
    TR 055 AUTOMATION: APPLICATIONS, TECHNIQUES AND TECHNOLOGIES TECHNICAL REPORT Geneva June 2020 This page and others in the document are intentionally left blank to maintain pagination for two-sided printing TR 055 Broadcast Automation: Applications, Techniques and Technologies Abstract Automation will play a key role as broadcasters transform their businesses to an all-IT approach. Automating otherwise tedious and potentially error-prone tasks will help free up programme-maker effort to concentrate on more important work, while machine learning will create more data, increasing the value of content. Automation will also facilitate more flexibility in where operations can happen, and where they are resourced, including on location, at broadcaster facilities or “in the cloud”. This will be an unfamiliar area for many, involving new techniques and technologies, and terminology that often differs from that used in more traditional broadcasting. In this report we make a case for various types of automation and explain some key concepts and terminology, giving examples for how automation is being used by EBU members for development, deployment and configuration activities. We then look more broadly at the challenges that will face broadcasters considering automation across the enterprise, such as managing resource conflicts, and the need for staff training. Throughout this report references are made to products, both commercial and Open Source. Their appearance in this report is for informative purposes and does not imply the EBU’s endorsement of the products. All trade names are the property of their respective owners. All hyperlinks were correct at the time of publication of this report. Acknowledgement This publication was prepared by the Automation and Provisioning subgroup within the Strategic Programme on infrastructure & security (InfraSec).
    [Show full text]