OLAC Record oai:www.ldc.upenn.edu:LDC2014S09

Metadata
Title:		GALE Phase 3 Chinese Broadcast Conversation Speech Part 1
Access Rights:		Licensing Instructions for Subscription & Standard Members, and Non-Members: http://www.ldc.upenn.edu/language-resources/data/obtaining
Bibliographic Citation:		Walker, Kevin, et al. GALE Phase 3 Chinese Broadcast Conversation Speech Part 1 LDC2014S09. Web Download. Philadelphia: Linguistic Data Consortium, 2014
Contributor:		Walker, Kevin
		Caruso, Christopher
		Maeda, Kazuaki
		DiPersio, Denise
		Strassel, Stephanie
Date (W3CDTF):		2014
Date Issued (W3CDTF):		2014-12-15
Description:		*Introduction* GALE Phase 3 Chinese Broadcast Conversation Speech Part 1 was developed by the Linguistic Data Consortium (LDC) and is comprised of approximately 126 hours of Mandarin Chinese broadcast conversation speech collected in 2007 by LDC and Hong University of Science and Technology (HKUST), Hong Kong, during Phase 3 of the DARPA GALE (Global Autonomous Language Exploitation) Program. Corresponding transcripts are released as GALE Phase 3 Chinese Broadcast Conversation Transcripts Part 1 (LDC2014T28). Broadcast audio for the GALE program was collected at LDC’s Philadelphia, PA USA facilities and at three remote collection sites: HKUST (Chinese), Medianet (Tunis, Tunisia) (Arabic), and MTC (Rabat, Morocco) (Arabic). The combined local and outsourced broadcast collection supported GALE at a rate of approximately 300 hours per week of programming from more than 50 broadcast sources for a total of over 30,000 hours of collected broadcast audio over the life of the program. LDC’s local broadcast collection system is highly automated, easily extensible and robust and capable of collecting, processing and evaluating hundreds of hours of content from several dozen sources per day. The broadcast material is served to the system by a set of free-to-air (FTA) satellite receivers, commercial direct satellite systems (DSS) such as DirecTV, direct broadcast satellite (DBS) receivers, and cable television (CATV) feeds. The mapping between receivers and recorders is dynamic and modular. All signal routing is performed under computer control, using a 256x64 A/V matrix switch. Programs are recorded in a high bandwidth A/V format and are then processed to extract audio, to generate keyframes and compressed audio/video, to produce time-synchronized closed captions (in the case of North American English) and to generate automatic speech recognition (ASR) output. An overview of the system, the sources recorded and the configuration of the recording laboratory are contained in the Guidelines for Broadcast Audio Collection Version 3.0 included in this release. LDC designed a portable platform for remote broadcast collection. This is a TiVO-style digital video recording (DVR) system that records two streams of A/V material simultaneously. It supports analog CATV (NTSC and PAL) and FTA DVB-S satellite programming and can operate outside of the United States. It has a small footprint, weighs less than 30 pounds and can be transported as carry-on luggage. HKUST collected Chinese broadcast programming using its internal recording system and a portable broadcast collection platform designed by LDC and installed at HKUST in 2006. *Data* The broadcast conversation recordings in this release feature interviews, call-in programs, and roundtable discussions focusing principally on current events from the following sources: Anhui TV, a regional television station in Anhui Province, China; Beijing TV, a national television station in China; China Central TV (CCTV), a Chinese national and international broadcaster; Hubei TV, a regional broadcaster in Hubei Province, China; and Phoenix TV, a Hong Kong-based satellite television station. This release contains 217 audio files presented in FLAC-compressed Waveform Audio File format (.flac), 16000 Hz single-channel 16-bit PCM. Each file was audited by a native Chinese speaker following Audit Procedure Specification Version 2.0 which is included in this release. The broadcast auditing process served three principal goals: as a check on the operation of the broadcast collection system equipment by identifying failed, incomplete or faulty recordings, as an indicator of broadcast schedule changes by identifying instances when the incorrect program was recorded, and as a guide for data selection by retaining information about a program’s genre, data type and topic. *Samples* Please listen to this sample. *Updates* None at this time. *Acknowledgment* This work was supported in part by the Defense Advanced Research Projects Agency, GALE Program Grant No. HR0011-06-1-0003. The content of this publication does not necessarily reflect the position or the policy of the Government, and no official endorsement should be inferred.
Extent:		Corpus size: 8237048 KB
Format:		Sampling Rate: 16000
		Sampling Format: pcm
Identifier:		LDC2014S09
		https://catalog.ldc.upenn.edu/LDC2014S09
		ISBN: 1-58563-699-1
		ISLRN: 248-931-036-356-4
		DOI: 10.35111/rnep-td50
Language:		Mandarin Chinese
		Chinese
Language (ISO639):		cmn
		zho
License:		LDC User Agreement for Non-Members: https://catalog.ldc.upenn.edu/license/ldc-non-members-agreement.pdf
Medium:		Distribution: Web Download
Publisher:		Linguistic Data Consortium
Publisher (URI):		https://www.ldc.upenn.edu
Relation (URI):		https://catalog.ldc.upenn.edu/docs/LDC2014S09
Rights Holder:		Portions © 2007 Anhui TV, Beijing TV, China Central TV, Hubei TV, Phoenix TV, © 2007, 2011, 2014 Trustees of the University of Pennsylvania
Type (DCMI):		Sound
Type (OLAC):		primary_text
OLAC Info
Archive:		The LDC Corpus Catalog
Description:		http://www.language-archives.org/archive/www.ldc.upenn.edu
GetRecord:		OAI-PMH request for OLAC format
GetRecord:		Pre-generated XML file
OAI Info
OaiIdentifier:		oai:www.ldc.upenn.edu:LDC2014S09
DateStamp:		2020-11-30
GetRecord:		OAI-PMH request for simple DC format
Search Info
Citation:		Walker, Kevin; Caruso, Christopher; Maeda, Kazuaki; DiPersio, Denise; Strassel, Stephanie. 2014. Linguistic Data Consortium.
Terms:		area_Asia country_CN dcmi_Sound iso639_cmn iso639_zho olac_primary_text