
	Where results make sense

Topic: EUREKA 147

Related Topics

Eureka, Missouri

Eureka Stockade

Eureka County, Nevada

5261 Eureka

Eureka 147

Eureka Springs, Arkansas

Eureka Tower

Eureka College

Eureka Flag

Eureka, Nunavut

Eureka Springs

In the News (Fri 5 Dec 08)

Sean Avery

Aston Villa

Dalai Lama

Stephen Harper

UEFA Cup

Jim Martin

Higher Education

Manny Pacquiao

De La Hoya

Bill Richardson

	Wat is DAB?
		Voor de naam Eureka 147 werd gekozen, omdat een technische corporatie bestaat onder de naam Eureka.
		Eureka 147 ontwikkelde uiteindelijk het DAB-standard – het digitale radio systeem – dat de luisteraars een geluidskwaliteit biedt dat gelijk staat aan het geluid van de cd-speler en, naast de mogelijkheid om gebruik te maken van extra services, ook de uitzending goedkoper zal maken.
		Het was tijd om het Eureka 147 Consortium te versmelten met het World DAB forum, dat zich bezighoudt met het implementeren van het DAB systeem.
	www.digitaleradio.nl /watisdab.htm (905 words)

	Digital Raido -- The Eureka 147 DAB System
		Eureka 147 DAB is a reliable, multi-service, digital radio broadcasting system, designed specifically for robust reception by mobile, portable, and fixed receivers, using simple non-directional antennas.
		The Eureka 147 DAB system provides both the listener and the broadcaster with new opportunities and significant benefits compared with existing analogue radio systems.
		The Eureka 147 DAB system ensures that radio is well prepared for this revolution, and the commitment of the BBC to implementing DAB will ensure that the British public will be well served by digital radio, at the earliest possible opportunity.
	www.bbc.co.uk /rd/pubs/papers/paper_21/paper_21.html (1353 words)

	Digital Broadcast - bringing the future to you
		It concluded, with strong support from the Steering Board, that the WorldDMB IRC was the best way of focusing information sources, resources and outputs in the Project Office, which will be the location for all information and registration requests.
		The WorldDMB IRC collects information from many sources, such as the Eureka 147 Consortium and WorldDMB experts, the EBU library, ETSI and various standards bodies, and other related organisations such as the RDS Forum.
		'Customers' of the WorldDMB IRC are expected to be: Eureka 147 and WorldDMB members; corporate organisations - newly interested in Digital Radio, regardless of size; individuals, including journalists, students and interested members of the public.
	www.worlddab.org /worlddabirc.php (267 words)

	DIGITAL RADIO BROADCASTING (DRB) - Where are we up to? (Site not responding. Last check: )
		Eureka 147 technology combines several radio programs (and any data) into a single multiplexed data stream known as an 'ensemble' and delivers this to an advanced digital receiver which can do much more than simply provide audio to the listener.
		As with Eureka 147, it has also been under development for several years and has reached the point where the basic design has been completed, satellite construction has started and receiver design is well advanced.
		Broadcasters in the USA are currently reluctant to adopt systems such as Eureka 147 that use new spectrum as they are concerned that the transition to new spectrum could have a serious impact on existing market shares.
	happy.emu.id.au /lab/news/news/cblsa98a.htm (4817 words)

	Synchronization method and system for a digital receiver - Patent 6058101
		An audio input signal of the Eureka 147 DAB system is generally encoded with a masking-pattern universal subband integrated coding and multiplexing ("MUSICAM") to divide a signal into subbands and to minimize hearing threshold and masking to achieve data reduction.
		In mode 1, for example, this pseudoperiodicity is of 128 samples or bits because of the repetitive pattern of the time-frequency-phase parameters, h.sub.0 j, h.sub.1 j, h.sub.2 j, and h.sub.3 j, that appear sequentially in the PR symbol.
		The duration of the guard interval T.sub.g of the Eureka 147 signal is approximately 1/4 of the symbols' duration T.sub.u, and the symbols in the guard interval are reproduced from the final 1/4 of the symbols.
	www.freepatentsonline.com /6058101.html (7664 words)

	RWonline - RW Special Report
		Eureka radios have been available since that year as well, but industry watchers say few have sold due to their high prices.
		Eureka receiver sales figures to date were not available for this article.
		In the fourth quarter of last year, some Eureka radio manufacturers such as Roberts Radio were able to drop prices to about $165 as newer, smaller chipset costs dropped, in turn lowering manufacturing costs.
	www.rwonline.com /reference-room/special-report/04_rw_global_dab.shtml (884 words)

	Digital Audio Broadcasting - Wikipedia, the free encyclopedia
		Digital Audio Broadcasting (DAB), also known as Eureka 147, is a technology for broadcasting of audio using digital radio transmission.
		DAB (or Eureka-147) was developed as a research project for the European Union (Eureka project number EU147), which started in 1987 on initiative by a consortium formed in 1986.
		Eureka 147 DAB uses a wide-bandwidth broadcast technology and typically spectra have been allocated for it in Band III (174–240 MHz) and L band (1452–1492 MHz), although the scheme allows for operation almost anywhere above 30 MHz.
	en.wikipedia.org /wiki/Eureka_147 (6097 words)

	Synchronization method and apparatus for guard interval-based OFDM signals - Patent 5991289
		In the case of the Eureka 147 system, the predetermined delay should be set to equal the duration of the useful symbols, T.sub.u.
		Specifically for the Eureka 147 system signal, the high-to-low transition occurs at approximately 4/5 of the symbol period and the low-to-high transition occurs at the end of the symbol period or the beginning of the next symbol period.
		Therefore, since the signal level of the Eureka 147 system during the null symbol is below that of noise, the null symbol may be detected by a power estimator.
	www.freepatentsonline.com /5991289.html (5421 words)

	ABA \| Radio > Licencing & planning > Digital radio (Site not responding. Last check: )
		Eureka 147 was developed in Europe by a consortium of broadcasters, Government research bodies and a segment of the electronic manufacturing industry.
		Eureka 147 is being adopted in Europe and Canada.
		Eureka 147 receivers are currently under manufacture for the European and Canadian markets.
	www.aba.gov.au /radio/licencing/digital/industry.shtml (506 words)

	USATODAY.com - Digital radio hailed by broadcasters but faces challenges (Site not responding. Last check: )
		That system, known as Eureka 147 or DAB, uses an entirely new set of frequencies rather than traditional AM and FM bands.
		Eureka 147 transmitters also use less power than analog systems.
		Walsh said he would love to for iBiquity to be able to offer the additional data services made possible by Eureka 147.
	www.usatoday.com /tech/news/techinnovations/2002-10-21-digital-radio_x.htm (990 words)

	EUREKA 147 - Wikipedia, la enciclopedia libre
		Dentro del consorcio Eureka 147 hay empresas e institutos de investigación de los principales países del primer mundo, con una mayoría de empresas japonesas y alemanas.
		Eureka 147 trabaja normalmente en sus transmisiones en la banda L, más específicamente desde 1452 hasta 1492 MHz, pero también puede operar en las bandas VHF y UHF aunque no en todos los países.
		Eureka 147 supera en recepción y en calidad a otros sistemas como el IBOC y a los sistemas de radio satelital.
	es.wikipedia.org /wiki/EUREKA_147 (908 words)

	The Cause Newsletter (Site not responding. Last check: )
		That system, known as the Eureka 147, or DAB, uses an entirely new set of frequencies that gives broadcasters the power to transmit not only news and CD-quality music, but pictures and videos as well.
		Because the type of frequencies used by the Eureka 147 in the U.S. are reserved for the military, the specific technology can’t be developed here.
		And although radio listeners here won’t have all the advantages of the Eureka 147 technology, the new digital radio will still be an improvement.
	www.pitsco.com /the_cause/prev_year/02cause12feat.htm (584 words)

	L band at AllExperts
		L band (20-cm radar long-band) is a portion of the microwave band of the electromagnetic spectrum ranging roughly from 0.39 to 1.55 GHz.
		It is used by some communications satellites, and by terrestrial Eureka 147 digital audio broadcasting (DAB).
		In the United States, the L band is held by the military for telemetry, thereby forcing digital radio to in-band on-channel (IBOC) solutions.
	en.allexperts.com /e/l/l/l_band.htm (267 words)

	Eureka - Wikipedia, the free encyclopedia
		Eureka Valley is two places in California: one a neighborhood in San Francisco; and the other an eastern valley
		Eureka (Edgar Allan Poe), his 1848 prose poem
		Eureka beacon, a type of radio beacon used by Allied pathfinder groups during World War II to guide paratroop units to drop zones
	en.wikipedia.org /wiki/Eureka (446 words)

	RWonline - Special Report
		Eureka -- 147 is intended as an all -- digital replacement for analog FM.
		Of all three systems, the Eureka -- 147 DAB multiplex system has the greatest program data -- carrying capacity, typically using 1,536 carriers spread over 1.5 MHz.
		A Eureka -- 147 DAB multiplex also can carry non -- audio data, such as pictures and advanced Radio Broadcast Data Services-like information.
	www.rwonline.com /reference-room/special-report/03_rw_drm_5.shtml (2023 words)

	Joint Synchronization in Eureka 147 DAB System Based on Abrupt Phase Change Detection
		However, permission to reprint/republish this material for advertising or promotional purposes or for creating new collective works for resale or redistribution to servers or lists, or to reuse any copyrighted component of this work in other works must be obtained from the IEEE.
		We present a joint symbol, frame, and carrier synchronization method for the Eureka 147 DAB signal in this paper.
		Symbol timing is determined first by detecting an abrupt change in the phase angle of the complex product between the last quarter of a useful symbol and its cyclic extension in the guard interval.
	www.comsoc.org /sac/private/1999/oct/1770_17sac10-huang.html (603 words)

	CBC Digital Radio
		The Eureka 147 System produced results that were far superior to any of the IBOC systems with respect to audio quality, signal reliability and non-interference to existing analog services.
		The Eureka 147 system (224 kbits/sec) rated the highest of all, even though the two USA Digital FM systems employ a higher data rate (256 kbits/sec) and use the same MUSICAM audio coding system.
		The tests showed the Eureka system to be fa r superior technically to any other proponent system and confirm the extensive evaluations conducted in Canada and Europe since 1990.
	www.nrcdxas.org /articles/EIA-NRSCLabtest.html (1310 words)

	Eureka Nevada Hotels
		A great resource for planning your next trip to Eureka and finding great Eureka Hotels.
		Don't forget to come back and visit our Eureka hotels section when using guide-to-hotel.com.
		Eureka will never be the same to you, once you seen it through the eyes of our site.
	www.guide-to-hotel.com /nevada/eureka (133 words)

	R3 MP3 History
		The original Eureka Project was launched in 1985 as a framework through which industry and research institutes from 29 European countries collaborated to "develop and exploit the technologies crucial to global competitiveness and a better quality of life"*¹.
		In 1987 the Eureka Project EU147 developed DAB (Digital Audio Broadcasting), which is a reliable multi-service digital radio broadcasting system, designed specifically for reception by mobile, portable and fixed receivers using simple non-directional antennas.
		Eureka Project 147 with Professor Dieter Seitzer of the University of Erlangen in collaboration with the Fraunhofer Institute devised a powerful algorithm that allowed the compression and encoding of audio signals necessary for efficient transmission on the DAB.
	www.phoenix-signs.com /R3mp3.htm (637 words)

	ARTICLES :: "Heavenly Music" (p3) :: The Economist :: MICHAEL BEHAR
		That is because the audio compression technology used by the satellite operators is licensed from iBiquity.
		Since the mid-1990s, many broadcasters in Europe, Canada, Asia and Australia have struggled to implement their own versions of digital radio, using a common standard called Eureka 147.
		However, Eureka 147 is rooted in an outmoded compression technology.
	www.michaelbehar.com /economist/heavenly_03_14_p3.html (751 words)

	Verizon Learning Center - Wireless Technology - Digital Radio - Page 2 of 5
		Eureka 147 trials have been conducted since June 1999 by the DR2000 group, a consortium of commercial and public broadcasters.
		While the Eureka 147 system has emerged as clearly superior in laboratory and field tests carried out by CEMA (Consumer and Electronics Manufacturers Association), the National Association of Broadcasters opposes the adoption of Eureka 147 in the USA.
		MMBS shows various similarities to Eureka 147 and would operate in UHF.
	www22.verizon.com /about/community/learningcenter/articles/displayarticle1/0,1727,1151z2,00.html (886 words)

	Amazon.com: Eureka 4870GZ Boss Smart-Vac Upright Vacuum: Kitchen & Housewares (Site not responding. Last check: )
		The Eureka BOSS is the dependable floorcare solution for people who insist on having a really clean home.
		Eureka vacuums are designed to clean and protect tile and sealed hardwood floors in your home.
		Eureka actually has a feature that reduces some of the suction to the hose--a nice feature so you don't suck in the whole drape or something like that instead of just vacuum it off.
	www.amazon.com /Eureka-4870GZ-Smart-Vac-Upright-Vacuum/dp/B0009WRKSY (2204 words)

	C. Crane Company - The Digital Revolution is Coming to Your Radio, Part 2 (Site not responding. Last check: )
		Instead of going with the Eureka 147 system, which the BBC has been using since 1995, NAB opted for something called the In-Band/On Channel (IBOC) system, developed by USA Digital Radio (now partnered with Lucent in Ibiquity).
		There are several ideas as to why NAB opted to go with IBOC instead of Eureka 147, and, at the risk of making controversy, I'll mention a couple views here.
		Initially, NAB intended to go with the Eureka 147 system, based largely on tests done both in Canada and in the US (by NASA) that concluded Eureka 147 was more reliable than IBOC.
	www.ccrane.com /library/digital-revolution.08.6.01.aspx (1270 words)

	RWonline - Special Report
		Eureka -- 147 is intended as an all -- digital replacement for analog FM.
		Of all three systems, the Eureka -- 147 DAB multiplex system has the greatest program data -- carrying capacity, typically using 1,536 carriers spread over 1.5 MHz.
		A Eureka -- 147 DAB multiplex also can carry non -- audio data, such as pictures and advanced Radio Broadcast Data Services-like information.
	www.radioworld.com /reference-room/special-report/03_rw_drm_5.shtml (2110 words)

	DMB: Radio Broadcasters
		Build easily and efficiently your multiplex of digital radio programs, based on the different Eureka 147 standards
		is a all-in-box, which allows to build a multiplex of radio programs following the different standards coming from the Eureka 147 core technology such as:
		DAB or DAB v1: MPEG Layer 2 audio encoders,
	www.digidia.fr /Print.aspx?RubriqueID=87&LangueID=2&PereID=63 (207 words)

	Solutions (Site not responding. Last check: )
		The world standard for DAB is called "Eureka 147" and uses higher frequencies to do a better job just the same as FM uses higher frequencies to do a better job than AM.
		The world chose Eureka 147 because it is a tough technology that works.
		The NAB originally supported Eureka 147 until the US military would not allow use of the "L-Band" (1400 Mhz) that is best suited for the Eureka 147 system that nearly everyone else is now using.
	members.tripod.com /rad4rest-of-us/Solutions.htm (2552 words)

Try your search on: Qwika (all wikis)