The regional competition for the 2011 North American Computational Linguistics Olympiad (NACLO) will be hosted by the Department of Computer Science and Engineering on February 2, 2011. The competition will be held at Mac Café in McConnell Hall, at the corner of Sycamore Street and Avenue C, on the UNT campus.
NACLO is an educational competition in Computational Linguistics, the science of designing computer algorithms to solve linguistic problems. It challenges students to develop strategies for tackling problems in real languages and formal symbolic systems.
Rada Mihalcea, Associate Professor, will supervise this event, along
with Genene Murphy and graduate students in the LIT lab. For more
information about this competition, see http://lit.csci.unt.edu/index.php/NACLO_2011.
Computer Systems Research Lab News
Dr. Krishna Kavi has received $40,000 from Advanced Micro Devices (AMD) of Austin to support his research in the area of cache memories for multicore processors. Dr. Kavi and his research team are developing tools to analyze applications for their cache memory accesses and are proposing code and data transformations to minimize cache memory conflicts.
The Computer Systems Research Lab (CSRL) at UNT, under the direction
of Dr. Kavi conducts research on computer systems architecture,
exploring innovative ideas for the design of processor architecture,
memory systems and tools for analyzing applications. At present the
following students are working in CSRL: Tomislav Janjusic, Izu
Nwachukwu, Ademola Fawibe, Paul Lin, Brandon Potter, Chris Yan. Dr.
Afrin Naz, a former graduate of CSRL, is also collaborating with the
Dr. Song Fu directs Dependable Computing Systems Lab
As computer systems become more and more networked and complex, new foundations are needed for understanding and controlling their integral properties. The Dependable Computing Systems Laboratory (DCS), directed by Dr. Song Fu who is an assistant professor in the Department of Computer Science and Engineering, is dedicated to the investigation, establishment, and experimental evaluation of new theoretical foundations and system artifacts to significantly improve the systems reliability, security, performance, and energy efficiency.
The systems of particular interest to the DCS research team include distributed systems and the Internet, parallel computers, and networked embedded systems. The novelty of their solutions led to recent funding awards by the National Science Foundation and Los Alamos National Laboratory in support of their research and development activities in related areas. Their research findings were recently published in Journal of Parallel and Distributed Computing, Journal of Network and Computer Applications, International Journal of Computational Science, IEEE IPCCC 2010, IEEE/ACM IPDPS 2010, IEEE HiPC 2010, and IEEE ISCC 2010.
Research grants to date for the DCS research team include the following:
Dr. Fu will offer this new course in Spring 2011: CSCE 5933 Advanced Topics: Virtualization Technologies in Distributed Computing. Course Description as follows:
The current wave of virtualization technology from VMware, Xen, Microsoft and IBM has revived interests in virtualization and virtual machine monitors. This course will cover the design and implementation of virtual machine monitors as well other recent trends in virtualization. Topics to be covered in the course include key techniques for CPU, memory, device, and network virtualization. New hardware features introduced by Intel and AMD to assist virtualization will be covered. The course will also survey the classic papers and recent developments in virtualization and research on exploiting virtualization technologies for resource provisioning, autonomic management, system security, and energy saving. Topics to be covered in the course include key virtualization techniques, OS-level and language-level virtual machines, virtual networking, virtual machine mobility, virtualization for network and distributed system security, virtualization for Grid and autonomic computing, and virtualization for service provisioning in Clouds and power management.
In addition to Dr. Fu, the director; the DCS includes Ph.D. students
Ziming Zhang and Qiang Guan and undergraduate research students
Oluwaseun Adeyemi and Chi-Chen Chiu. Any student with graduate
standing with background or experience in networking or computer
systems is welcome. For more information, please contact Dr. Song Fu
at Song.Fu@unt.edu or (940) 565-2341.
NanoSystem Design Laboratory (NSDL) Produces
|Garima with her Major Professor
Dr. Mohanty and|
other Committee Members
|Karo with his Major Professor Dr. Mohanty and Interim Deptartment Chair|
Another student member of NSDL, Karo Okobiah, defended his Master's thesis on October 15, 2010. His thesis titled "Exploring Process-Variation Tolerant Design of Nanoscale Sense Amplifier Circuits" investigates ideas to build faster sense amplifiers. The sense amplifiers are the main components of DRAM which constitute the main memory of a computer. Karo plans to continue at NSDL for a Ph.D.
In order to increase the visibility of UNT in the international arena
and to provide UNT a continuous platform for quality student
recruitment, Dr. Mohanty has established the International Symposium
of Electronic system Design (ISED)
which is supported by IEEE. ISED 2010 will take place December 20-22, 2010
in Bhubaneswar, the famed-temple city
and emerging educational hub in India. ISED 2010 has received a grant
of Indian Rs. 150,000 from the Dept. of Science and Technology,
Government of India. NSF has already awarded a grant of $10,000 to
support ISED 2010. Thus, prestigious agencies from both the U.S. and
India are funding ISED 2010.
|NSL members (Back L-R): Mohamed Fazeen, Srikanth Jonnada,
Dr. Ram Dantu, Enkh-Amgalan Baatarjav,
Kalyan Pathapati Subbu, Neeraj Gupta;|
(Front L-R): Brett McCormick, Vikram Chandrasekaran, Chris Barthold, Brandon Gozick.
The Network Security Lab (NSL), under Dr. Ram Dantu's supervision, has been actively involved in research projects in varied topics ranging from pervasive computing, context-aware computing, biomedical application development to privacy in online social networks and security in VoIP networks. Below are some highlights of the NSL:
Santi Phithakkitnukoon, a former Ph.D. student who is currently a Postdoctoral Research Fellow at MIT SENSEable City Lab, received acceptance of two of his papers "Behavior Based Call Predictor for a Smart Phone", and "ContextAlert: Context-Aware Alert Mode Control for a Mobile Phone" in ACM Transactions on Autonomous and Adaptive Systems and International Journal of Pervasive Computing and Communications respectively.
Huiqi Zhang, successfully defended his dissertation "Quantifying reciprocity in social networks" in April 2010. His work "Socioscope: Human Relationship and Behavior Analysis in Mobile Social Networks", was accepted in IEEE Transactions on Systems, Man and Cybernetics, Part A: Systems and Humans. He also had two papers "Smart Phone: Predicting the Next Call" and "Event Detection based on Call Detail Record" accepted and published in the proceedings of The 14th Pacific-Asia Conference on Knowledge Discovery and Data Mining 2010.
Vikram Chandrasekaran successfully defended his Master's thesis titled "Measuring Vital Signs Using Smart Phones" on October 15, 2010. His work involved using mobile phones for measuring vital signs of a human such as heart rate, blood pressure and respiratory patterns. He also developed a next generation 911 remote media control system that could reduce the communication time between the 911 dispatcher and a person needing help in a distress situation.
Mohamed Issadeen Mohamed Fazeen, Ph.D. student in CSE, is focusing on road safety using smart phones and brain computer interfaces (BCI). He is developing techniques that can measure changes in human motion using multiple sensors in a smart phone and human emotion using brain computer interface. He currently has a paper "Safe Driving Using Mobile Phones", under revision for IEEE Transactions on Intelligent Transportation Systems.
Enkh-Amgalan Baatarjav, a Ph.D. student in CSE, is currently a teaching assistant. His research interest is privacy in online social networks. His current work involves sampling large social networks to get representative data set and finding social closeness based on context of messages exchanges.
Kalyan Pathapati Subbu, Ph.D. candidate in CSE, is currently a teaching assistant. He is working on an Indoor localization and Navigation system using mobile phones as part of his dissertation. He is also developing new methods for sensing data using embedded sensors in mobile phones. He currently has a paper "Magnetic Maps for Indoor Navigation" along with Brandon Gozick under revision for IEEE Transactions on Instrumentation and Measurement.
Neeraj Gupta, a Ph.D. student, is working on Next Generation 911 system. The system incorporates new telecommunications technologies of Voice over IP and he is trying to study the problems that it creates. For example, when a 911 operator receives a call from someone using VoIP, the location of the caller may not be easily accessible. In such a situation, it is hard for emergency responders to help. His paper titled "Next Generation 9-1-1: Architecture and challenges in realizing an IP-multimedia-based emergency service", has been accepted in the Journal of Homeland Security and Emergency Management. Mr. Gupta, a Teaching Fellow for the CSE Department, is teaching CSCE 1040.001 this semester.
Srikanth Jonnada is a graduate student with specific interests in mobile and network programming. As part of his Master's thesis, he is working on exact localization for obtaining heartbeat and pulse readings using a mobile phone.
Brandon Gozick is pursuing his Master's in CSE starting Fall 2010. He is working on different projects like indoor navigation system using smart phones and drunk driving detection using smart phones. He mainly focuses on Android application development.
Christopher Barthold is a physics senior working on developing mathematical models for orientation detection of mobile phones. In particular, he is trying to understand the motion changes while a phone is inside a user's pocket and how the built-in sensors see the world around it.
Brett McCormick, undergraduate student in Computer Science, is
currently working on learning about computer network administration at
NSL. He was in Washington, D.C. recently to receive an award from the
NSF called "Advanced Technological Education Student Award for
Excellence" for his work with his two-year school, Collin Community
College, and the ATE center called Convergence Technology. Brett is
also a journalist for the College of Engineering. You can read his
In July 2010, Dr. Paul Tarau presented two papers: "Declarative modeling of finite mathematics" at the 12th International ACM SIGPLAN symposium on Principles and Practice of Declarative Programming held at Castle Hagenberg in Austria, and "A Unified Formal Description of Arithmetic and Set Theoretical Data Types" at the Intelligent Computer Mathematics Symposium, Calculemus 2010 in Paris, France. In September 2010, Dr. Tarau presented the paper "On Arithmetic Computations with Hereditarily Finite Sets, Functions and Types" at the 7th International Colloquium on Theoretical Aspects of Computing, ICTAC 2010 in Natal, Brazil.
Together with his paper "Everything Is Everything Revisited: Shapeshifting Data Types with Isomorphisms and Hylomorphisms" recently published in the journal "Complex Systems" and the paper "Hereditarily finite representations of natural numbers and self delimiting codes" presented at the "Mathematically Structured Functional Programming workshop" in Baltimore, these papers are part of a new research thread, at the intersection of foundational aspects of computer science and computational mathematics, that has recently received NSF support.
Dr. Tarau is also looking for a brave new Ph.D. student ready for the
fairly steep learning curves of this high risk (but possibly high
reward) line of research in theoretical computer science, with at
least one year of support secured starting in Spring 2011. If you are
interested, contact Dr. Tarau through his website.
The University of North Texas programming team, which consists of Adam Nottingham, Daniel Hooper and Chris Yan, participated in the 2010 ACM South Central Regional Programming Competition at Baylor University on October 30, 2010. Daniel Hooper was the only participant in last year's ACM World Finals in Harbin, China to return this year. The UNT team placed 14th out of 70 teams in the South Central Regional Contest. The UNT team correctly solved 5 out of 8 problems within the 5 hour period. The team was coached by Dr. Ryan Garlick and Michael Mohler, CSE graduate student and former member of several UNT programming teams.
News for Alumni
Travis Coomer graduated from UNT in 1983 with a B.S. in Computer Science. Within days of graduation, Travis began working for LTV Aerospace in Grand Prairie, TX as a missile system software engineer. Twenty seven years later, Travis is still with the company (now Lockheed Martin Missiles and Fire Control) and was recently promoted to Vice President of Technical Operations and Applied Research.
In his first assignment, Travis was lucky enough to land on an experimental missile program called Short Range Homing Interceptor Technology. The objective of the program was to develop a missile that could shoot down an incoming ballistic missile with skin-to-skin contact. "Shooting down a bullet with a bullet" was how it was often described. His first assignment was to develop the code for the missile's autopilot – quite a challenge given that he had never heard of a missile autopilot and these were the days before the Internet so Googling for help was out of the question. In time, and with the helpful guidance of some seasoned systems engineers, the task was completed successfully – step one of a long career.
Travis remained with this missile effort as it progressed through several iterations of increasing capability and his interest turned to the launcher side of the missile business as he became lead software engineer for the launcher programs. These missile systems were wildly successful in their demonstrations and ultimately ended up becoming the PAC-3 missile system – the same missile system currently fielded to protect our armed forces around the world and rapidly being purchased by other friendly nations to protect their soldiers and home lands from enemy attack.
Although the CS degree from UNT got Travis in the door as a software engineer, his interest in looking at systems from a broader view soon led him to the integration labs where he learned to work across functional lines with the electrical and systems test engineering teams and ultimately became a part of the field team supporting multiple missile launch efforts at White Sands Missile Range. The opportunity to be a part of the launch team and be an eye witness to the successful culmination (read "boom") of such a complex effort was the highlight of this young engineer's career.
Subsequent assignments included support of the PAC-3 seeker captive carry tests (which included many nauseous hours of flying around in a bumpy C-130 while tracking F-16s as "targets"), managing multiple software efforts, being a functional section manager overseeing the software development efforts across all programs, and eventually being named the Director of Software Engineering for all Dallas based efforts.
In 2007 Travis was named the Director of Functional Engineering Management which expanded his responsibility to include oversight of all the engineering disciplines (systems, mechanical, electrical, software, test, and product support) for both the Dallas and Orlando, FL operations. Needless to say, the workload and travel expanded as well.
Although many years have passed and the memories of UNT have become somewhat faded, Travis would like to thank Denis Conrady, Tom Irby, Don Retzlaff, Jim Poirot, John Sharp, Susan Rulon, and Kathleen Swigger for their guidance through the CS curriculum.
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Two students defend Ph.D. Dissertations
Garima Thakral successfully defended her dissertation "Process-Voltage-Temperature Aware Nanoscale Circuit Optimization" in September 2010. In the picture above are (L-R) committee member Dr. Elias Kougianos, associate professor in the Department of Engineering Technology; Dr. Saraju P. Mohanty, major professor and associate professor in the Department of Computer Science and Engineering; Garima Thakral; Dr. Murali Varanasi, Chair of the Department of Electrical Engineering; and Dr. Armin Mikler, associate professor in the Department of Computer Science and Engineering.
Dissertation Abstract: Embedded systems are targeted towards portable applications and are desired to have low power consumption because such portable devices are typically powered by batteries. During memory accesses such systems such as laptops, cell phones media players, etc. consume a significant amount of power which affects the battery life. Therefore, efficient and leakage power saving cache designs are needed for longer operation of battery powered applications. Design engineers have limited control over certain parameters of the circuit and hence face numerous challenges that the process technology imposes on Static Random Access Memory (SRAM) circuit design.
As the process technology scales down deeper into the nanometer regime, the push for high performance and reliable systems becomes even more challenging. As a result, developing low-power designs, while maintaining better performance of the circuit, becomes a challenging task. Furthermore, a major need for accurate analysis and optimization of various forms of total power dissipation and performance in Nano-CMOS technologies, particularly in SRAMs, is another critical issue to be considered.
This dissertation proposes power-leakage and Static Noise Margin (SNM) analysis and methodologies to achieve optimized Static Random Access Memories (SRAMs). Alternate topologies of SRAMs, mainly 7-Transistor SRAM, are considered as a case study throughout this dissertation. The optimized cache designs are Process-Voltage-Temperature (PVT) tolerant and consider individual cells as well as memory arrays.
Tamara Schneider defended her dissertation "A Framework for Analyzing and Optimizing Regional Bio-emergency Response Plans" in October 2010. Her committee members are (L-R): Robert Renka, professor in the CSE Department, Armin Mikler, major professor and associate professor in the CSE Department; Tamara Schneider; Chetan Tiwari, assistant professor in the Geography Department; Rada Mihalcea and Yan Huang, both associate professors in the CSE Department.
Dissertation Abstract: The presence of naturally occurring and man-made public health threats necessitate the design and implementation of mitigation strategies, such that adequate response is provided in a timely manner. Since multiple varieties, such as geographic properties, resource constraints, and government mandated time-frames must be accounted for, computational methods provide the necessary tools to develop contingency response plans while respecting underlying data and assumptions.
A typical response scenario involves the placement of points of dispensing (PODs) in the affected geographic region to supply vaccines or medications to the general public. Computational tools aid in the analysis of such response plans, as well as in the strategic placement of PODs, such that feasible response scenarios can be developed. Due to the sensitivity of bio-emergency response plans, geographic information, such as POD locations, must be kept confidential.
The generation of synthetic geographic regions allows for the
development of emergency response plans on non-sensitive data, as well
as for the study of the effects of single geographic parameters.
Further synthetic representations of geographic regions allow for
results to be published and evaluated by the scientific community.
This dissertation presents methodology for the generation of synthetic
by Tomislav (Tommy) Janjusic
In Spring 2010, I had the pleasure of spending five months abroad conducting research and collaborating with a research group at the National Chiao Tung University in Taiwan.
The trip was part of a sabbatical visit by my major professor Dr. Krishna Kavi. Our goals were to learn as much as possible from our new colleagues, exchange ideas and to establish future research collaborations.
Taiwan, also known as Formosa (Beautiful Island in Portuguese), is a small island sitting just off of the southeastern coast of China. The island is roughly 13,892 square miles which is about 19 times smaller than the state of Texas. Despite its small size, it is home to nearly 23 million people which is just under a million people less than Texas. Talk about population density!
National Chiao Tung University (NCTU) is located in the city of Hsinchu, a highly industrial and extremely populated urban area in the northwest of the country. To the northeast of Hsinchu is Taipei, Taiwan's capital city and major industrial, financial and cultural hub. It is home to the second tallest building in the world, Taipei 101.
NCTU is Taiwan's oldest and one of the most prestigious universities. It is conveniently located near Hsinchu's Science Park, an area commonly known as the Silicon Valley of Asia. Thus it comes as no surprise that the university draws great benefit from the surrounding companies through collaborations and partnerships.
After arriving, I settled in an apartment complex roughly 20 minutes walking distance from the main campus. At first I was reluctant to wander around the city on foot. For one, most street signs are in Chinese and relatively few people outside the university speak English, and I didn't trust myself to find my way back. The first few days I took the bus to and from the main campus. However, soon enough I was eager to explore and expand my cultural horizons so I decided to take the bold step and walk to main campus. I thought I memorized the way, but commercial advertisements are piled up on top of each other to the point where everything looks the same and different at the same time. In other words I didn't even take a few steps and I was already lost. I wandered around for about an hour before I decided to purchase a map. I thought nothing can go wrong now that I have a map and my mood quickly changed from bad to worse when I realized that the map is in fact completely in Chinese. At this point it was a desperation move where I literally stopped every person on the street asking if they spoke English and if they could give me directions. In the end it took me a little over 3 hours to walk a distance that usually takes 15 minutes. That had to be some type of a record!
The group at NCTU that I worked with is the Computer Systems Group. Similar to our group they are comprised of students and professors conducting research in various aspects of computer architecture and compilers. However, unlike our group they are quite large with as many as 15-20 Master's and 5 Ph.D. students. Their weekly meetings are in fact sessions of various projects and one can tangibly learn from attending the meetings. Also, unlike in our group, the Ph.D. and Master's student relationship is more that of a mentor-mentee type. The cohesion in their group is noticeable, and the student interest led many times to new ideas and insight into my work as well as their work.
I found the Taiwanese hospitality to be considerable. The students and
professors alike went out of their way to be accommodating. Likewise I
had the pleasure to travel around the country and see the life outside
the urban areas. While west Taiwan remains the urban industrial area,
east Taiwan offers amazing natural sceneries. One cannot go about
Taiwan and not notice the cultural richness this country offers. My
trip to Taiwan was truly a memorable one, and I would strongly
encourage anyone given the chance to visit Taiwan.
Research by UG Students recognized in
|(L-R) Warnie Meisetschleager, Joel Thomas, Randy Burrow,
Aaron Jones, Barrett Lewis.|
From Spring 2010 CSCE 4915 Computer Engineering Design II projects
Research by undergraduate students in the Department of Computer Science and Engineering was selected for The Eagle Feather, A Journal of Undergraduate Research sponsored by the Honors College at the University of North Texas. The CSE students recognized for their research were Warnie Meisetschleager, Joel Thomas, Randy Burrow, Aaron Jones, and Barrett Lewis.
The objective of "Flight Control Subsystem" was to design and prototype a small-scale unmanned aerial vehicle (UAV), offering dual-channel real-time video, data logging, and waypoint tracking. To accomplish these goals, the Flight Control system provided four modes of operation: Stabilize, Fly by Wire, Return to Launch, and Loiter along customizable flight paths. Routes were preprogrammed or modified mid-flight from the base station. With the completion of a system to monitor and maintain flight, the Flight Control system contributed to the final integration of the system with the remaining UAV divisions.
Faculty mentors from the CSE Department were also recognized: Robert Akl, Richard Goodrum, Daniel Harris, and David Keathly. Additional students from the Department of Electrical Engineering also participated in this project: Alyse Anderson, Jonathan Befort, David Bratton, Ryan Lowe, Adam Portman, Sherard Temple, and Jennifer Williams. Faculty mentors from the Department of Electrical Engineering were also recognized: Olywayomi Adamo, Shengli Fu, Parthasarathy Guturu, Xinrong Li, and Kamesh Namuduri.
The Eagle Feather is an interdisciplinary undergraduate research journal for students at the University of North Texas. Its mission is to promote high quality research among undergraduates. To read "Flight Control Subsystem", please go HERE.
College of Engineering News
College of Engineering to host robotics competition this weekend
The College of Engineering will host the Texas BEST Regional Robotics Competition on November 19 and 20. More than 1,200 middle and high school students from Texas and New Mexico will compete at the University of North Texas. The purpose of Texas BEST – which stands for Boosting Engineering, Science and Technology – is to inspire students to pursue careers in science, technology, engineering and mathematics, or STEM-related fields, through participation in a fun, sports-like competition.
The winning team will earn the overall Texas BEST Award and advance to the National BEST Robotics Championship in April 2011. Trophies will be awarded for best project engineering notebook, oral presentation, exhibit and interview, and spirit and sportsmanship. Teams will also compete for the Game Division Award, Founders Award for Creative Design and Most Robust Award, among others.
Sponsors for 2010 fall competition include UNT, Texas Instruments,
Lockheed Martin, Raytheon, and the Denton Convention & Visitors
Bureau. Texas BEST is one of three regional championships, including
Frontier Trails BEST held at the University of Arkansas and South's
BEST held at Auburn University. For more information about this
competition, please see this UNT press release.
College of Engineering Advisory Board Meets
The UNT College of Engineering Advisory Board met November 10, 2010. Dean Costas Tsatsoulis gave his State of the College of Engineering report. Dr. Tsatsoulis noted that there were less than 50 tenure track faculty when he arrived in 2008. The College is approaching a total of 100 faculty members by the end of fiscal year 2011. Dr. Tsatsoulis also noted achievement of several strategic plan benchmarks established in 2008.
Chairman Craig Berry accepted the nomination of Etta Clark as Chair of
the Advisory Board for the term of 2011-2012. Etta graduated with a
degree from the Department of Computer Science in 1980. For more
information on the CENG Advisory Board meeting, please go to http://www.eng.unt.edu/news_advisorymeeting.html.
More than 50 guests visited the College of Engineering tailgating tent in Mean Green Village adjacent to Fouts Field Stadium on Saturday, October 16, for Homecoming 2010. Several guests noted that this would be our last season gathering outside Fouts Field since the new football stadium will be ready for the 2011 season. Student Ambassadors answered questions and compared notes with alumni. A few recent graduates visited with Dean Tsatsoulis and Rick Reidy, interim Chairman of the Engineering Technology department.
Maybe nostalgia attracted alumni whose average graduation date was more than 20 years ago. Several alums brought their children who are in high school and considering attending UNT. Everyone enjoyed the student research presentations from Computer Science and Engineering, Electrical Engineering and Materials Science and Engineering.
Food attracted vegetarians and carnivores alike as options for both
were available from the Italian cuisine buffet. Industry
representatives found the level of energy and enthusiasm remarkable
compared to their experience with "tailgating" events.
New Advanced Materials Analysis Lab will benefit
University of North Texas News
V. Lane Rawlins named sole finalist for UNT presidency
On November 12, The University of North Texas System Board of Regents approved a recommendation from Chancellor Lee Jackson naming V. Lane Rawlins as the sole finalist for the presidency of the University of North Texas–the system's flagship campus in Denton.
Rawlins, the former president of Washington State University and the University of Memphis, has been serving a one-year appointment as UNT's president since May 14, 2010, following Phil C Diebel's brief service as UNT's interim president.
This board action begins the minimum 21-day period required by Texas
law before the System regents can vote to officially appoint Rawlins
to the UNT presidency. If confirmed by the board next month, Rawlins
will become UNT's 15th president. For more information, see this UNT press
UNT opens new Life Sciences complex
In October 2010, the University of North Texas opened its new Life Sciences complex, located one block east of West Sycamore Street and Avenue C. The four-story, state-of-the-art research facility with 87,000 square feet of space will support and enhance UNT's rapidly growing research in life sciences and be used for biochemistry and molecular biology, developmental physiology, genetics and plant science.
The new building, which connects to the existing Biology Building, includes an open atrium space on the first floor with connector bridges on the second and third floors to allow integration of faculty and staff in the current Biology Building with those in the new facility.
The complex includes an aquatics laboratory for the study of a wide range of human health issues and marine conservation issues as well as four climate-controlled rooftop research greenhouses designed for technologically advanced plant science research.
The building is projected to receive gold-level Leadership in Energy
and Environmental Design certification from the U.S. Green Building
Council, which means the design, construction and operation meet
strict environmental standards. This will be UNT's first
LEED-certified building to open. Construction on the building began in
Rolling Stones saxophonist and UNT alumnus, Tim Ries, to perform on November 23
Tim Ries, Rolling Stones saxophonist and UNT alumnus, will perform with the UNT One O'Clock Lab Band at its 50th Annual Fall Concert at 8 p.m. on November 23, in the Winspear Performance Hall of the Murchison Performing Arts Center, located on the north side of I-35E at North Texas Boulevard in Denton.
Ries graduated with a Bachelor of Music in Jazz Studies in 1981 from UNT. Ries has played saxophone with the Rolling Stones for many years and has created jazz versions of Rolling Stones tunes, which he will perform with Bernard Fowler, background vocalist with the Rolling Stones. For more information about Tim Ries, Bernard Fowler and the One O'Clock Lab Band, see this UNT press release.
Tickets are $15 and can be purchased by calling 940-369-7802 or by visiting http://www.theMPAC.com. Tickets for other upcoming College of Music concerts can also be purchased at this website.
The CSE Email Newsletter was assembled and produced by Genene Murphy and Don Retzlaff. It is a publication of the UNT Computer Science and Engineering Department. Contact the department at firstname.lastname@example.org.
If you would like to receive this newsletter as text rather than formatted in HTML, please contact Don Retzlaff at email@example.com.
http://www.cse.unt.edu UNT Computer Science and Engineering Department — November 2010