The fascist revival: The inside story of the John Birch Society

https://stars.library.ucf.edu/prism/1462/thumbnail.jp

Prospectus, April 16, 1971

BRUCE MURRAY: WHEN THE WAR COMES HOME; Letters to Editor; PC Spring Play Is Summer Tree\u27; PC Students To Make Movie; Prices Ain\u27t Heavy Just the Uncle; To Hold Drug Rap Session; Parkland Clubs To Hold Allied House Week ; Hungover?; Casino Night; Parkland Watch Repair Is Unique; The Policeman\u27s Point Of View: What is it like to be called a pig?; Nader Attorney Blasts Tax Plan; T.A.\u27s Create Learning Devices; Bull Page: Health Week, Anti War Activities, Wit N\u27 Wisdom, Sisters, Vets Meeting, Summer Tree, IOC. Recycling, Parking Stickers, Road Rally, Toy Drive; U. of I. Nips Cobras 5-4; Track and Field Starts Outdoor Season; Parkland College 1971 Varsity Baseball Schedule; Tau Epsilion Sponsers Basketball Game; PC Opens Golf Season Today; Cobras Split With Harperhttps://spark.parkland.edu/prospectus_1971/1008/thumbnail.jp

Hybrid Airship Multi-Role (HAMR) Anti-Submarine Warfare (ASW) mission capability

The Hybrid Airship Multi-Role (HAMR) Anti-Submarine Warfare (ASW) Mission Module project applies established systems engineering principles and processes to the design of an ASW payload module that examines the capability of the HAMR to perform persistent ASW mission support. Critical system functions and objectives are identified and are assigned appropriate quantitative metrics. Additionally, three alternative architectures are generated and evaluated using the appropriate metrics based on results from modeling using Naval Systems Simulation (NSS). Manning is considered as a key stakeholder parameter and is included as an evaluation concern. The alternatives are also compared through the examination of life cycle costs. The recommendation to the stakeholders based on the research and results is an unmanned ASW sensor platform that uses other ASW assets for prosecution.http://archive.org/details/hybridairshipmul109456935N

Experience of using a type signature password system for user authentication in a heavily used computing environment

This paper describes a user authentication system based around the user\u27s type signature, a statistical measure of the user\u27s typing style. It was tested on two heavily loaded computers

User unique identification

Traditionally, users have been authenticated by asking them to provide some form of password. This password has been stored securely in the computer and used to check the identity of the user at various times, such as when they first log on. However such authentication only proves that the challenged user knows the password - it doesn\u27t identify the user. This has often been a security problem in time-shared computer installations, when unauthorised users (the proverbial hackers ) have obtained the passwords of valid users and used these to penetrate the site\u27s security. This has led to much work to identify users uniquely by more secure means, such as fingerprints. Such measures all try to identify a user by checking some attribute of the person. In what follows we will discuss various identification schemes based upon work done at the University of Sydney