PDF Glimmer Train Stories, Issue 032 - Fall 1999

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Kanthor - Zermelo [Webuildmachines ] Monolake - Logic [unreleased] Unknown - Grey Area 04 2 [Grey Area 04] Oscar Mulero - Dematerialization [Faut Section ] Mick Finesse - Suppression [22 ] B12 - In Pieces [FireScope ] Etapp Kyle - Ahora [Ostgut Unterton 08] Kamikaze Space Program - Clickers [Osiris ] OWL - Cloned [Anekoic ] Rrose - Cephalon [Infrastructure ] Scalameriya - A Hostile Womb [unreleased] Insolate - Renew [Out of Place ] Nonuser - Ctrls [Token 60] Buenoventura - About [Hezekina Pollutina ] Architectural - Amour [Wolfskuil LP] Szare - Crop Failure [Field 18] Etapp Kyle - Lyrae [Klockworks 16] Peverelist - Undulate [Livity Sound ] Machine Woman - Functional Anatomy - Desolation [unreleased] Phobia - Leech [Genesa ] Michel Lauriola - Heliocentric [Animal Farm ] James Welburn - Hold [Miasmah ] The Noisemaker - Continuum [Funk You ] Aleja Sanchez - Artemisa [Triamb ] Tunnel - Following Her Lead [Webuildmachines ] Aleja Sanchez - Transmittance [Etichetta Nera ] The Plant Worker - Spaceship [Affin ] Dorian Gray - Iceberg [Black String ] Vertical Spectrum - Passion [Newrhythmic ] Leiras - Genetics [Ownlife ] Tension - In [Tension ] Ness - Uchronia [Rising Label 04] Akashic - Hecate [Decoy ] Mirror 1 - Gravity [Transition Lab ] Bosh - Entropy [Panel Trax ] Altstadt Echo - Modern Cathedrals pt.

Vertical Spectrum - Pandorium [Newrhythmic ] Basicnoise - Spheroid [Hexachord ] Kwartz - Locked Target [47 ] Synkopheit - Vector Zero [Arkita ] Vertical Spectrum - Linear Target [Newrhythmic ] Ness - Chronoscope [Rising Label 04].

The Train

Stefano Rocchi - Grigio [Blackwater ] Headless Horseman - Sanctuary [Headless Horseman ] Alderaan - Surface [Weekend Circuit ] SNTS - Alderaan - Metone [Weekend Circuit ] Headliner Abraxas [Aerotropic ] Syncom Data - Estasis [Syncom Data 36] Birth Of Frequency - Child [Taapion ] Hannu Ikola - Chrysalis [Etherwerks ] Mohlao - Grain [Deep Sound Channel ] Qindek - Rea [Wavereform ] Asusu - Serra [Impasse ] Micronism - Constructing Space [Delsin X8] Angelina Yershova - Broken [Twin Paradox 02] Donor - Calling [Prosthetic Pressings ] Monolake - Ethernet [imbalance ml] Rebekah - Apex [Elements 01] Paula Temple - Gegen [Noise Manifesto] Rebekah - Blood in the Water [Elements 01] Acronym - Yggdrasil [Semantica 61] Monolake - Inwards [imbalance ml].

Kuroi - Climate [Aconito Digital Series Svreca - Ebisu [Semantica 44] Imugem Orihasam - Load [Exhibition Design 02] Kuroi - Composure [Aconito Digital Series Makaton - Lead You Astray [Token 49] Ascion - Ulm [Black Sun 11] Sawf - Kaseta [Prosthetic Pressings ] Reeko - To The Sun [Modularz 17] Scalameriya - Delegator [Genesa ] Monya - Rebelier [Corresponding Positions 02] Electric Indigo - Morphem SN [unreleased] Antonio Ruscito - Ionosfera [Resiliens ] Television can in fact become less passive; it can be customised, personalised and responsive.

So, what may be different in the future is that watching television will be individualised and accompanied by texting, watching some other fare on a mobile phone or enhanced in other ways. But it is likely television will remain:. Other gadgets divert people from the box, but not nearly as much as TV diverts them from all those other gadgets. In December , community television began broadcasting in Australia under a trial arrangement.

The Keating Labor Government directed that the last available high power free-to-air television channel was to be used on a temporary basis by the community television sector until permanent arrangements were made for the channel. This understanding was reaffirmed in by the Howard Government for the six community television operators then broadcasting in Sydney, Melbourne, Brisbane, Adelaide, Perth, and Lismore.

Following the commencement of digital simulcast periods in metropolitan areas, the issue of the transfer of community television to digital transmission was raised in a government discussion paper.

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The paper, released in June , concluded there was no clear consensus among stakeholders in relation to an appropriate digital carriage model for community television. Some stakeholders wanted sector operators to control digital spectrum in their own right. Others considered that a third party should be enlisted to provide operating capacity to the sector. An immediate or short-term transition to digital transmission for the sector was not seen as a priority.

During the election campaign, the Government promised that free spectrum would be made available to community television and that it would work with the sector to ensure that it experienced a smooth transition to digital operation. A government review reported in that there continued to be little support for an early commencement of digital transmission for community television.

The principal reason for this was thought to be the poor financial state of most community operators which meant that costs associated with digital transmission were beyond their capacity. A further reason was that the combination of a small audience base and the low take up of digital within that base would result in much of the community television audience being denied access to the service if it moved to digital. The Government reaffirmed its commitment to include community television in the digital environment in the election campaign and in the Digital Action Plan.

By February , the issue of how and when community television would move to digital was seen as urgent by the community sector. The Community Broadcasting Association of Australia argued it needed long-term financial support and was at a critical stage in its development. It was:. Yet so far the community broadcasting sector has been denied parity with the commercial and public industry sectors, has no allocation or reservation of any digital spectrum, has the lack of a clear decision on the method for community access to digital broadcast spectrum, and has no financial support for digital transmission.

It seems rather inequitable. Moreover, it needed certainty about access to permanent spectrum following analogue switch off. The House Committee recommended various options. These involved imposing obligations on the purchaser of the licence for Channel A to carry community television during the simulcast period and the conversion of Channel 31 spectrum to digital as a permanent home for the sector once switch off was achieved.

Community and national radio broadcasters received funding in the —08 Budget to assist them to commence digital radio broadcasting in the six state capitals by January In March , the Government promised that the community sector would not be left behind in the migration to digital, so expectations were high that funding would finally eventuate in the —10 Budget.

In response, one community broadcaster expressed the frustration the sector felt:. This government is willing to pour money into schemes to try to convince the viewing public to convert to digital television, whilst overlooking the main driver of digital conversion: content. The sector called for urgent meetings with the Government to discuss the long term future of community broadcasting.

One analysis of the —10 Budget pointed out that when commercial free-to-air broadcasters were given access to free spectrum to assist them with simulcasting arrangements during the switchover to digital, community television was not included in the deal. In addition, significant funding had been provided to public broadcasters.

By November , the Government had agreed to allocate the vacant spectrum, previously known as Channel A, temporarily to the community broadcasting sector. A new community licensee in Perth was to commence digital-only broadcasts in The Minister, Senator Stephen Conroy, maintained:. This initiative will bring Community TV into line with commercial and national broadcasters, and ensure their loyal and passionate audiences can continue to enjoy their beloved local Community TV stations as they switch to digital television.

While the Minister noted that the funding allocation had been settled after consultation with the Australian Community Television Alliance, the funding was a far cry from the amount estimated by the House of Representative inquiry in The Greens added that there were other questions that remained unanswered, such as, whether high definition had been taken into account in the formula. The good news for the sector was that the Minister acknowledged a permanent channel allocation for community television needed to be established before the final digital switchover and that several options were possible, including digitising Channel At the same time, however, the sector most likely did not welcome the implication that it would be expected to rely in the future perhaps wholly on the community for financial support.

After all, community broadcasting is just that—broadcasting created by and supported by the community it serves. It is at its most successful when it achieves true independence from Government, and is firmly rooted within the community. A successful community television station in the future will be able to sustain itself primarily from the support of the community it serves. Cathode ray. Cathode ray analogue television makes moving pictures out of a stream of still pictures, each one of which is minimally different from the picture before it. A camera focuses each of these pictures onto a glass vacuum tube to record them on a grid of tens of thousands of tiny picture pieces or pixels at the back of the tube.

Each pixel is a light-to-electricity converter that measures the amount of light at that spot and converts the measurement into an electrical signal. The cameras send pixel measurements to be amplified and broadcast. The signals control an electron gun, which shoots electrons, these in turn, are stopped by the glass of the tube. This glass is coated with special chemicals called phosphors that glow when hit with the electrons.

The electron gun sweeps across the back of the screen, hitting each phosphor pixel until it has covered the whole screen. The power of the electron beam is controlled by the incoming signal, so each pixel glows at intensity as required. This process happens very quickly and the overall result looks like one continuous picture.

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In reality, it is a series of still images. Cathode ray tubes have a serious drawback: in order to increase screen width, the length of the tube needs to be increased. Consequently, big-screen cathode ray television is heavy and bulky. Plasma and LCD. Newer plasma analogue televisions use red, green, and blue phosphors, like cathode ray television, but instead of hitting the phosphors with a beam of electrons, plasmas charge xenon and neon gas trapped between two glass panels.

The charged gas releases ultraviolet photons, which strike the phosphors, and these in turn, emit coloured light that produces the television picture. LCD screens liquid crystal display employ a bright white backlight behind millions of tiny crystals. LCD creates images by using an electric field to manipulate these crystals, the backlight shine through them to create various colours.


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The main advantage of plasma and LCD display technology over cathode ray is that these newer technologies can deliver very wide screens using extremely thin materials. Amplitude modulation AM : amplitude modulation is the method of combining radio carrier waves and electric waves so that the amplitude of the carrier waves varies to match the change in the electric waves. The AM band of the electromagnetic spectrum is between and KHz. Analogue television: standard analogue television is transmitted by continuously varying signals—the video component as an amplitude modulation AM signal and the audio in frequency modulation FM.

Any disturbance to an analogue television signal, for example, noise along the transmission path, introduces impairments that cannot be removed.


Siphoning is seen therefore as detrimental to free-to-air viewers. Aspect ratio: refers to the relative width and height of a picture. Analogue television has an aspect ratio of High definition television has an aspect ratio of —a wide-screen ratio. Bandwidth: in electronic communication, bandwidth is the width of the range or band of frequencies that an electronic signal uses on a given transmission medium. Bandwidth is expressed in terms of the difference between the highest-frequency signal component and the lowest-frequency signal component. The frequency of a signal is measured in hertz the number of cycles of change per second.

See further definition in the relevant section of this Glossary , so a given bandwidth is the difference in hertz between the highest and the lowest frequency the signal uses. A typical voice signal has a bandwidth of approximately 3KHz and an analogue television broadcast video signal has a bandwidth of 6 MHz, some times as wide as the voice signal.

Broadcasting Services Bands : the broadcasting services bands are the designated parts of the radiofrequency spectrum which have been referred to the Australian Communications and Media Authority for planning under section 31 of the Radiocommunications Act Normal analogue commercial broadcasting services AM and FM radio services and free-to-air ultra high frequency UHF and very high frequency VHF television services are provided on the broadcasting services bands. Blu-ray: Blu-ray is an optical disc format.

It was developed for recording and playing back high definition HD video and for storing large amounts of data. Blu-ray discs can hold more information than other optical media because of the blue-violet lasers the drives use.

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  7. The blue-violet laser has a shorter wavelength than the red lasers used for CDs and DVDs nm compared to nm. This allows the laser to focus on a smaller area, which makes it possible to cram significantly more data on a disc the same size as a CD or DVD. Closed captioning : describes text descriptions of the speech, music and sound effects of a television program.

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    Closed captioning is created primarily for those who are hearing impaired.