Arts - Buffalo State College
Arts - Buffalo State College
Arts - Buffalo State College
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58<br />
Computer Information Systems & Technology<br />
Information Assurance Through Cyber-<br />
Security: Building a Better Mouse Trap?<br />
Richard Frasca, INT 689: Research Design and Methods<br />
Faculty Mentor: Professor John Earshen, Technology<br />
Contemporary cyber threats to America may be far more<br />
significant in scope and impact than the World Trade Center attacks<br />
of 2001. Today, the United <strong>State</strong>s is faced with the dual challenge of<br />
ensuring cyber security while preserving individual privacy rights.<br />
The problem is how to balance these two important needs. Proposed<br />
solutions are often complex and costly. We want online transactions<br />
to be private and safe from hacking, but we don’t want too much<br />
government intervention. This study will investigate the trappings<br />
of contemporary cyber security - with an eye toward evaluating<br />
strengths and weaknesses of current, and possible future, ‘mouse<br />
traps’. Effective solutions are often complex and costly. We must<br />
therefore identify solutions that are technically savvy, user friendly,<br />
and flexible. This presentation will identify major areas of concern,<br />
examine current methods of identifying cyber threats, identify new<br />
methods of attacking cyber threats, and proffer a forecast of the<br />
future of cyber security.<br />
Presentation Type and Session: Oral – Science, Mathematics<br />
and Technology<br />
Interference Fit Analysis On FS Elliott<br />
Compressor Impellers<br />
David Stabel and Jonathan Kress, ENT 422: Machine Design II<br />
Faculty Mentor: Professor David Kukulka, Technology<br />
FS Elliott is a leading manufacturer of oil-free centrifugal<br />
air and gas compressors. Their compressors deliver 100% oilfree<br />
air for the needs of their customers in the food, beverage and<br />
pharmaceutical industries. In order to pressurize air, a centrifugal<br />
compressor first accelerates the incoming air with a rotating<br />
impeller. The accelerated air is then rapidly decelerated across a<br />
radial diffuser. By decelerating the high velocity air, the diffuser<br />
converts the air’s velocity into pressure. This process usually<br />
happens 2-3 times in order to reach the desired pressure. During<br />
the compression process the impeller is under multiple forces: axial<br />
and torsional loads due to the air across the impeller blades and<br />
an opposing torsional load due to the bull gear which spins the<br />
pinion shaft that the impeller is on. In order for the impeller to not<br />
slip on its pinion shaft, the impeller is attached to the shaft with an<br />
interference fit. An Interference fit is the fastening between two parts<br />
achieved by friction. As the impeller spins the different forces on it,<br />
causing it to expand as it starts to lift off the impeller shaft. When<br />
this happens, the frictional force of the interference fit decreases.<br />
To aid in the design of the compressors, a program was designed to<br />
calculate the amount of interference fit required using various input<br />
values specific to each compressor.<br />
Presentation Type and Session: Poster VII<br />
An Introduction To Business Intelligence<br />
Using Microsoft SQL Server 2008<br />
Murray Richburg, CIS 442: Advanced Systems Applications<br />
Faculty Mentor: Professor Barbara Sherman, Computer<br />
Information Systems<br />
Many businesses and organizations are turning to Business<br />
Intelligence (BI) to help them make fast and accurate decision<br />
with regards to their industry. BI is an extensive subject and covers<br />
multiple business practices and technology topics. In this research<br />
project I analyzed many of the important components of BI such<br />
as: data warehousing, ETL, OLTP and OLAP, Multidimensional<br />
Databases, Data Mining, Analysis Services and Reporting Services.<br />
BI has reached a new level of significance for decision makers in<br />
business. Capturing information from customers, employees and<br />
business operations has always been a part of running a business,<br />
but getting the right information into the right people’s hands<br />
in a format that allows them to understand the data quickly has<br />
become vital for growth and staying competitive. Microsoft SQL<br />
Server 2008 is the company’s enterprise level database system<br />
solution. Production includes a “suite” of products that include the<br />
database engine itself, SQL Server Reporting Services, SQL Server<br />
Integration Services and SQL Server Analysis Services – Microsoft’s<br />
data warehousing solution. Although each of the products are<br />
designed to work separately – combined they provide to basic system<br />
requirements for BI. The research starts by taking a brief look at<br />
the history and origin of business intelligence and the Microsoft<br />
Corporation’s foray into the business intelligence market before<br />
driving deep into essential components. Since BI is somewhat of<br />
a corporate “catch phrase” and most business has a need for a BI<br />
solution, this research provides an introduction to a complex and<br />
advanced computer science topic.<br />
Presentation Type and Session: Poster VIII<br />
Knock To Unlock Your Door<br />
Benjamin Furco, William White, Barbara Kiliszek, and<br />
Thomas Newcome, ENT 465: Electrical Design<br />
Faculty Mentor: Professor Stephen Andre, Technology<br />
A signal processing algorithm was develop to release a door<br />
latch. The algorithm in the microcontroller selects one of two<br />
methods of signaling. A predefined knock pattern stored in memory<br />
is used in one method. This stored pattern is compared to one that<br />
is knocked on the door. A remote-control radio signal sent to the<br />
micro controller is used in the second method. Two different radio<br />
signals can be sent from the remote. One signal results in the door<br />
latch releasing. The knocking system was designed to be enabled or<br />
disabled with the other signal. The remote control provides visual<br />
feedback with an LED. The algorithm was also written to override<br />
the knock analysis routine if remote commands are sent.<br />
Presentation Type and Session: Poster V