Automated Lighting Items of Interest

Automated Lighting, Second Edition: The Art and Science of Moving Light in Theatre, Live Performance, and Entertainment

Automated Lighting: The Art and Science of Moving Light in Theatre, Live Performance and Entertainment continues to be the most trusted text for working and aspiring lighting professionals. Now in its second edition, it has been fully updated to include new advances in lamp sources such as LEDs and plasma lamps, automated and programmable displays, updates for managing color, and new methods for using electronics. Its clear, easy-to-understand language also includes enough detailed information for the most experienced technician and engineer.

* The most trusted and comprehensive book on automated lighting available!
* Easy to read with minimal "tech-talk"
* Covers the latest advances in lighting displays, such as automated LED other and programmable displays
* New methods for using electronics

The Automated Lighting Programmer's Handbook

From basic principles of automated lighting, to pre-production preparations, the text details concepts, procedures, and guidelines to ensure a successful production. Then the author continues with in-depth explanations for beginning, intermediate, and advanced programmers. Additional sections explore troubleshooting principles, working relationships, and future technologies. For the final chapter of the book, the author interviewed many respected lighting industry veterans including John Broderick, Christian Choi, Laura Frank, Jim Lenahan, and Arnold Serame.

* Linear aspect of building a show from beginning to end
* Includes author's Sydney 2000 Olympic Journal
* Advice from respected industry pros including Christian Choi, Laura Frank, and John Broderick


Automated Lighting: The Art and Science of Moving Light in Theatre, Live Performance, Broadcast, and Entertainment

"Automated Lighting-Technology, Applications, and Design" is a comprehensive text covering everything you will need to know as a working or aspiring lighting professional about automated lighting fixtures, systems, how they are used and design issues you will face. It is written in clear, easy-to-understand language but includes enough detailed information that the most experienced technician and engineer will appreciate and benefit from reading. Subjects covered include the history of automated lighting, DC and AC electricity, basic electronics, power supplies, digital electronics, electro-mechanical systems, optical systems (including dichroic filters, reflectors, lenses, and more), lamp technology, lighting effects (including color mixing, glass gobos, and more), data distribution systems, DMX, RDM, and ACN. State-of-the-art automated lighting fixtures in various applications including theatre, television, concert/touring, and permanent installations are discussed and special design issues are addressed.

The text is amply illustrated with drawings and pictures. The newest technology in automated lighting--"digital" lighting or pixel-based automated lighting projection--is also covered in detail. This book is the antithesis of a reference manual or user manual. It is entertaining and educational with lots of graphic illustrations and easy-to-understand concepts. It's the most fun you can have without sitting behind a console.

* Numerous examples and illustrations
* Easy to read with little "tech-talk"
* Contains information on the newest lighting technology
* Minimal amount of math reduces the drudgery!


Adding advanced behavioural models in whole building energy simulation: A study on the total energy impact of manual and automated lighting control [An article from: Energy & Buildings]

This digital document is a journal article from Energy & Buildings, published by Elsevier in 2006. The article is delivered in HTML format and is available in your Amazon.com Media Library immediately after purchase. You can view it with any web browser.

Description:
Behavioural models derived from on-going field studies can provide the basis for predicting personal action taken to adjust lighting levels, remedy direct glare, and save energy in response to physical conditions. Enabling these behavioural models in advanced lighting simulation programs, such as DAYSIM and the Lightswitch Wizard, allows for a more realistic estimate of lighting use under dynamic conditions. The current downside of these approaches is that the whole building energy impact of manual changes in blind settings and lighting use, including its effect on heating and cooling requirements, is not considered. A sub-hourly occupancy-based control model (SHOCC), which enables advanced behavioural models within whole building energy simulation, is presented. The considered behavioural models are the Lightswitch2002 algorithms for manual and automated light and blind control, while the investigated whole building energy simulation program is ESP-r. The enhanced functionality is demonstrated through annual energy simulations aiming at quantifying the total energy impact of manual control over lights and window blinds. Results show that building occupants that actively seek daylighting rather than systematically relying on artificial lighting can reduce overall primary energy expenditure by more than 40%, when compared to occupants who rely on constant artificial lighting. This underlines the importance of defining suitable reference cases for benchmarking the performance of automated lighting controls. Results also show that, depending on the proportion of buildings occupants that actively seek out daylighting, reduced lighting use through automated control may not always produce anticipated savings in primary energy for indoor climate control. In some cases, reduced lighting use is shown to even increase primary energy expenditure for indoor climate control, trimming down initial primary energy savings in lighting alone. This reveals the superiority of integrated design approaches over simpler daylighting guidelines or rules of thumb.


Shedding new light on ATM security. (security lighting for automated teller machine facilties) (Bank Security): An article from: Security Management

This digital document is an article from Security Management, published by American Society for Industrial Security on September 1, 1994. The length of the article is 1670 words. The page length shown above is based on a typical 300-word page. The article is delivered in HTML format and is available in your Amazon.com Digital Locker immediately after purchase. You can view it with any web browser.

From the supplier: Automated teller machines (ATMs) pose a particular challenge to bank security specialists. The presence of 24-hr on-site ATMs in bank branches means that many transactions are likely to take place at night, necessitating special security precautions for customers who frequent ATM facilities at such hours. The best way to provide a measure of protection to such users would be to ensure that there is adequate security lighting at ATM sites and that security personnel are present to monitor suspicious activities. Guidelines for security lighting are also provided.

Citation Details
Title: Shedding new light on ATM security. (security lighting for automated teller machine facilties) (Bank Security)
Author: Richard Goetzke
Publication: Security Management (Refereed)
Date: September 1, 1994
Publisher: American Society for Industrial Security
Volume: v38 Issue: n9 Page: p57(4)

Distributed by Thomson Gale

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