This book's focus is on the management and application of a master keying system, not on the development of the system as most master keying books do. Specification deals with factory ordering of systems for shops without a master keying locksmith. Application deals with putting the key cut bitting list to actual usage. Management includes the life cycle of the system.
Both Don OShall and Vern Kelley are industry-reknowned managers of successful and professional institutional locksmith shops and access control offices. This book has been called "an MBA program for in-house locksmiths" and "a must read for anyone in security related management or lock shops, as well as for anyone on a locksmithing association board of directors.
A complete guide to creating and mainaining Master Key Systems, using the Query By Example teaching technique, and including a complete 64 page sample system..
This book is based upon the typically over-filled and highly received Association class of the same name. It covers the interchangeable core spectrum in an easy to read down to earth manner suitable for Apprentices and Beginners, yet provides a ready reference for busy shops that even the most seasoned professional will appreciate.
This book is the definitive guide to one of the Locksmithing industry's least understood tools - Rotating Constant Method of Master Key system design. Written in an easy to read language, it makes this previously often misunderstoodtechnique very clear. It covers many techniques generally unknown in the security industry. RCM, while quite simple once you fully understand it, is still considered an advanced technique. This book is your absolute best way to learn it. This book includes techniques such as the 'Defined By' label, and RCM subsets such as the Limited Position Progression (LPP), Limited Rotating Constant (LRC), as well as ""pure"" RCM for five pin, six pin or seven pin cylinders or cores. Every Commercial or Institutional Lock Shop should have this valuable training and reference manual available. Heavily illustrated throughout with many sample systems.
Locksmiths need to provide security for many aspects of their customers' and clients' business, including safe combinations and key numbering. This book prepares the locksmith to use cryptologic techniques to easily increase the security of the information while allowing them reasonable access to it when needed. Techniques include from the most basic to extensively layered systems, and include information from many authoritative sources, arranged and explained in an easy to read and understand manner.
The Newnes Know It All Series takes the best of what our authors have written to create hard-working desk references that will be an engineer's first port of call for key information, design techniques and rules of thumb. Guaranteed not to gather dust on a shelf! Audio engineers need to master a wide area of topics in order to excel. The Audio Engineering Know It All covers every angle, including digital signal processing, power supply design, microphone and loudspeaker technology as well as audio compression. - A 360-degree view from our best-selling authors - Includes such topics as fundamentals, compression, and test and measurement - The ultimate hard-working desk reference; all the essential information, techniques and tricks of the trade in one volume
Michael O'Shea, a professional burglar from New York City, is persuaded to retrieve an item from a condominium in the (fictitious) town of Sunset Cove, Florida. Unfortunately, doing so places him in the middle of a series of brutal murders, and the Sunset Cove Police Department, led by Chief John Lawson, soon has more than sufficient reason to identify him as the primary suspect in them. They also suspect him of several of the burglaries that are plaguing the beach communities. Unless Michael is able to prove his innocence of these crimes, he is likely to end up in prison or dead. He is assisted in his quest by a strange and attractive woman who is much more than she initially seems. But the odds get worse with each passing moment and the bodies are piling up.
What led Shakespeare to write his most cryptic poem, 'The Phoenix and Turtle'? Could the Phoenix represent Queen Elizabeth, on the verge of death as Shakespeare wrote? Is the Earl of Essex, recently executed for treason, the Turtledove lover of the Phoenix? Questions such as these dominate scholarship of both Shakespeare's poem and the book in which it first appeared: Robert Chester's enigmatic collection of verse, Love's Martyr (1601), where Shakespeare's allegory sits next to erotic love lyrics by Ben Jonson, George Chapman and John Marston, as well as work by the much lesser-known Chester. Don Rodrigues critiques and revises traditional computational attribution studies by integrating the insights of queer theory to a study of Love's Martyr. A book deeply engaged in current debates in computational literary studies, it is particularly attuned to questions of non-normativity, deviation and departures from style when assessing stylistic patterns. Gathering insights from decades of computational and traditional analyses, it presents, most radically, data that supports the once-outlandish theory that Shakespeare may have had a significant hand in editing works signed by Chester. At the same time, this book insists on the fundamentally collaborative nature of production in Love's Martyr. Developing a compelling account of how collaborative textual production could work among early modern writers, Shakespeare's Queer Analytics is a much-needed methodological intervention in computational attribution studies. It articulates what Rodrigues describes as 'queer analytics': an approach to literary analysis that joins the non-normative close reading of queer theory to the distant attention of computational literary studies – highlighting patterns that traditional readings often overlook or ignore.
Both Don OShall and Vern Kelley are industry-reknowned managers of successful and professional institutional locksmith shops and access control offices. This book has been called "an MBA program for in-house locksmiths" and "a must read for anyone in security related management or lock shops, as well as for anyone on a locksmithing association board of directors.
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