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Respiratory illness is a constant threat for military personnel due to crowded and stressful occupational conditions.1 Respiratory infections are among the leading causes of ambulatory visits and hospitalizations for active duty service members. It is also one of the leading causes of ambulatory clinic visits and absenteeism from work and school in the United States (US).2,3 This study used electronic clinical laboratory data to describe bacterial respiratory infections from October 2008 to September 2013, among all Department of Defense (DOD) beneficiaries seeking care within the Military Health System (MHS). Data were analyzed by fiscal year (FY), October 01 through September 30. Upper respiratory infections (URIs) displayed seasonal trends, occurring more frequently in fall and winter months. URIs occurred more frequently in the first two years of the study period (FY 2009 and FY 2010) than in the last three years of the study period. Lower respiratory infections (LRIs) declined since 2008 and lacked seasonal trends. Overall, URIs and LRIs declined by 36% and 23%, respectively, from FY 2009 to FY 2013. Additionally, there were significant changes in the demographic and clinical characteristics of URIs and LRIs. Beneficiaries 5-17 years of age were consistently most impacted by URIs, whereas those 45 years of age and older had the highest rates of LRIs. Periodic monitoring contributes to risk reduction by tracking trends and identifying populations that exceed baseline, which may help to mitigate increased risk of morbidity and mortality, given the occupational realities of DOD personnel.

The graduate fellowship was first held by Dan Stamper-Kurn from October 1997 until his graduation on February 1, 2000 and then by Ananth Chikkatur from September 1, 2000 until October 14, 2001. The following papers were published by those two students during the time they were supported by the JSEP fellowship

This is the final report of the research conducted at Stanford Electronics Laboratories under the sponsorship of the Joint Services Electronics Program from March 1 1997 through March 31 2001. This report summarizes the areas of research. identifies the most significant results and lists the dissertations. publications and presentations sponsored by the contract DAAG55-97-1-0115.

This paper reports on two cases in which Head Mounted Display (HMD) based Virtual Environments (VE) are applied to military training. The first case deals with Forward Air Controller training, while the second case is aimed at Stinger training. Both applications are subjects of study within the VE research program of the TNO Physics and Electronics Laboratory and the TNO Human Factors Research Institute. For the Forward Air Controller (FAC) training application a feasibility study was recently performed. Based upon a task and training analysis, a prototype FAC training simulator was developed and evaluated. Evaluation results have encouraged both the Dutch armed forces and other NATO countries (United Kingdom, Belgium) to seriously consider the HMD based FAC simulator as a useful and effective training tool. The paper describes the simulator prototype and evaluation results, including the human factors issues that were addressed in this study. The Stinger training application is still in an early stage of development. Instigated by a demand of the Royal Netherlands Air Force, the research is focused on finding a suitable concept for a mobile training device. The paper describes a planned project (to start in 1998) that includes the development of an experimental system in order to evaluate several design alternatives. The evaluation has as a goal to determine how human performance is affected by the type of display system that is used, the overall system latency and the tracking accuracy., Presented at the RTO Human Factors and Medicine Panel Workshop, Orlando FL, 5-9 Dec 1997,p25-1/25-11. This article is from ADA388966 The Capability of Virtual Reality to Meet Military Requirements (la Capacite de la rea1ite virtuelle a repondre aux besoins militaires)

Our long-term goals are twofold. First, to explore the new properties of gaseous Bose-Einstein condensates and advance our understanding of quantum gases. Second, we want to use Bose condensed gases as new atom sources of unprecedented brightness ("atom lasers") for precision atom optics and precision metrology.

The last year, aided by the Graduate Fellowship I received from the Joint Services Electronics Program, has been a fruitful one. In the following, I summarize the progress I have made in my education and research.

National leaders praised wartime research and development efforts and agreed that peacetime R&D was vital to the nation. After the war, organization of research changed. The Navy bureaus took over management as well as sponsoring of the laboratories. In San Diego, NRSL and UCDWR became the, Navy Electronics Laboratory (NEL). In Pasadena, the facilities previously operated as part of Caltech's wartime rocket and torpedo development work were transferred to become the NOTS Pasadena annex. NEL continued NRSL's work in ship antenna development and directivity. Efforts were directed toward minimizing the number of antennas and using ship structural elements to enhance antenna performance. NEL continued UCDWR work on radar beacons; the precision RACON system went to the Fleet in 1949. Work continued on aircraft recognition systems, which included development of the Mk X identification Friend or Foe (IFF) prototype. NEL also completed the Sound Fixing and Ranging (SOFAR) system for locating survivors at sea. And NEL's long interest in the interaction and submarines with the submerged environment led to pioneering studies of the Arctic.

This report covers in detail tbe research work of the Solid State Division at Lincoln Laboratory for the period 1 November 1995-31 January 1996. The topics covered are Electrooptical Devices, Quantum Electronics, Materials Research, Submicrometer Technology, High Speed Electronics, Microelectronics, and Analog Device Technology.

This is the annual report of the research conducted at the Stanford Electronics Laboratories under the sponsorship of the Joint Services Electronics Program from March 1, 1995 through February 29, 1996. This report summarizes the areas of research, identifies the most significant results and lists the dissertations and publications sponsored by contract DAAHO4-94-G-OO58. Contents: Investigation of Transport in Quantum Dots; Patterned Thin Film Media for High Density Magnetic Recording; Investigation of a Metal Source and Drain Field Emission Transistor; On chip Thin Film Solid State Microbattery; CVD Epitaxial Germanium n-channel FETs Formed on Si Substrates using Strain relief Layers; Portable Video on Demand in Wireless Communication; Adaptive DFE for GMSK in Indoor Radio Channels; Robust Estimation Methods for Adaptive Filtering; and Efficient Data Compression.

Since the appearance of Local Area Networks (LANs), their use and bandwidth consumption have increased considerably. Users are now seeking new technologies to satisfy their bandwidth demand. Many consider ATM as the solution to their needs. Though ATM is fairly new networking technology, it has made several strides, and is now considered a viable technology that is applicable LAN environment. However, migrating from today's shared-medium LANs (Token-Ring and Ethernet) to an ATM LAN exposes a organization to difficulties, risks, and costs. A well-thoughtout migration strategy reduces the impact of these factors while implementing ATM technology. This study reviews ATM technology and its application in a LAN environment, evaluates the Systems Management Department Computer Lab LAN, redesign the LAN using ATM technology, and develops an evolutionary strategy to implement the proposed ATM LAN.

Trans. of Dianzi Jishu (China) v14 n9(144) p45, 1987.

This report summarizes the research activity supported by the Joint Services Electronics Program at the Electronics Research Laboratory for the period June 1993 to June 1994. The Berkeley JSEP effort was organized into three themes: Quantum and Opto-electronic Devices, Semiconductor Electronic Devices, and Artificial Neural Networks. Under Quantum and Opto-electronic Devices, a new femtosecond laser laboratory for ultrafast measurements of carrier dynamics in semiconductors was completed. In the Semiconductor Electronic Device area, a novel device design was invented that has made possible quantitative measurement of the saturation velocity in inversion layers. This key parameter directly relates to the ultimate speed of transistors making it practical to realize CMOS-like circuits that can operate at voltages as low as 0.6V, and still maintain excellent speed and turn-off characteristics. Under Artificial Neural Networks, the focus continued to be the development of connectionist algorithms that are directly applicablc to real-world problems, with particular attention given to applications of specific DoD interest. This work on speech recognition and machine vision emphasizes robustness in the face of noise.

This is the annual report of the research conducted at the Stanford Electronics Laboratories under the sponsorship of the Joint Services Electronics Program from 11 January 1992 through 10 January 1993. This report summarizes the area of research, identifies the most significant results and lists the dissertations and publications sponsored by the contract DAAL03-91-C-0010.

Partial Contents: Solid State Physics, Electronics and Optics: Materials and Fabrication: Heterostructures for High Performance Devices; High- Frequency InAlAs/InGaAs Metal-Insulator-Doped Semiconductor Field-Effect Transistors (MIDFETs) for Telecommunications; Chemical Beam Epitaxy of Compound Semiconductors; Focused Ion Beam Microfabrication; Quantum-Effect Devices; Statistical Mechanics of Quantum Dots; Single Electron Transistors; Differential Resistance Through a Quantum Dot: Signature of Kondo Correlation; Submicron and Nanometer Structures Technology and Research; Optics and Devices: Optics and Quantum Electronics; Optical Propagation and Communication; and High-Frequency (>100 GHz) Electronic Devices

This document is the 1991 annual report of research conducted in the electronics Research Laboratory at University of California at Berkeley under the sponsorship of the Joint Services Electronics Program. The research covers the following project areas: Quantum Electronic Devices: Nonlinear Optics in Compound Semiconductors Ultrafast Optical Techniques Optical PRobing of Semiconductor Devices and Interfaces by electro-Optic and Photo-Elastic Effects; Electronic Devices: Micron BiCMOS Devices in Bulk and SOI Substrates Conductive Oxides and Ferroelectrics for Programmable Devices and Insulated-Gate GaAs Field Effect Transistors; Neural Networks, and Parallel Computation: Stochastic Neural Networks and Application to Signal Processing Learning and Generalization by Architectural Issues in Parallel Computation. There is also a section concerning significant accomplishments. An appendix of all publications, papers and presentations forms a second part of this report. It is bound under separate cover.

This is the annual report of the research conducted at the Stanford Electronics Laboratories under the sponsorship of the Joint Services Electronics Program from May 1, 1987 through April 30, 1988. This report summarizes the area of research, identifies the most significant results and lists the dissertations and publications sponsored by the contract DAAG29-85-K 0048.

This document is the 1990 annual report of research conducted in the Electronics Research Laboratory at University of California at Berkeley under the sponsorship of the Joint Services Electronics Program. The research covers the following project areas: Quantum Electronic Devices: (1-A)Nonlinear Optics in Compound Semiconductors (1-B) Ultrafast Optical Techniques(1-C)Optical Probing of Semiconductor Devices and Interfaces by Electro-Optic and Photo- Elastic Effects; Electronic Devices: (2-A).1 Micron BiCMOS Devices in Bulk and SOI Substrates (2-B) Conductive Oxides and Ferroelectrics for Programmable Devices and (2-C) Insulated-Gate GaAs Field Effect Transistors; Neural Networks and Parallel Computation: (3-A) Stochastic Neural Networks and Application to Signal Processing (3-B) Learning and Generalization by Neural Networks (3-C) reconfigurable Analog Elements for Neural Nets and (3-D) Architectural Issues in Parallel Computation. There is also a section concerning significant accomplishments.

The multispectral CCD camera system (MS-CCD) has been developed for the 'Background clutter project' (1990-1993), which is being carried out by the Infrared Group (Div. 4.2) in cooperation with the Technology Development Division (Div. 5) of TNO Physics and electronics Laboratory in contract for the Dutch Royal Army. The Background clutter project aims to improve range predictions for detection and recognition of army vehicles in natural backgrounds. Digital imagery, which has been obtained using visible and IR imaging sensors is used to optimize range predictions. During the course of this project a need was felt for a system acquiring imagery of backgrounds in 12 different wavelength bands between 350 nm and 1100 nm., Text in Dutch; abstract in English and Dutch.

Using optical radar (LIDAR) techniques, properties of the atmosphere can be determined by remote sensing. Examples are, e.g., the horizontal visibility or the extinction coefficient, the vertical extinction or visibility profile and the cloud base altitude. Because the time scales in the atmosphere are much shorter than the maximum sample rate or the LIDAR available at the start of this project, a need existed of a system with a repetition rate of at least 10 pulses per second. With such a system it is possible to measure the dynamics of the atmosphere on a sub-second time scale and to map smoke and dust clouds. This report describes the properties of such a system designed and developed at the physics and electronics laboratory TNO. Some typical examples of results obtained with this system are presented., Original contains color plates: All DTIC and NTIS reproductions will be in black and white. Abstract in English and Dutch.

As part of the final project for airforce cadets in their fourth year at the Royal Military Academy (RMA), the airbase project RMA has been organised in 1991 for the fourth time. This project contains an overview of the different ways in which an airbase can be examined. Presentations and assignments give the cadets the opportunity to experience the problem at an operational airbase and to see how TNO-Physics and Electronics Laboratory is performing studies in this area for the Royal Netherlands Airforce (RNLAF). The report contains the extensive contents of the course. The course file and an assortment of the cadets' solutions to their assignments are included in the appendices., Text in Dutch; abstract in Dutch and English.

For simulating a drive of a vehicle on the Universele Dynamometerbank so called K Factors have to be set. These K-factors correspond with friction coefficients of the vehicle to be simulated. For the determination of the K- factors the Physics and Electronics Laboratory developed the so called Schatter algorithm. This document is the evaluation of this algorithm for the DAF YA- 4440., Text in Dutch; abstracts in English and Dutch.

The development of modems, scramblers, frequency hopping units etc, for HF channel operation requires repeatable and comparative tests to be carried out under typical conditions. By using HF channel ionospheric simulators these tests can be carried out more cost-effectively and conveniently without the need for the relatively expensive live-link tests which would otherwise be necessary. Such simulators not only provide repeatable HF channel conditions, they also permit some control of the link parameters - an aspect not readily achievable with 'live' circuits. The Automated high frequency Test Bed currently under development at the Electronics Research Laboratory (ERL) uses a Cossor CSP1250 Ionospheric Simulator. The Test Bed also incorporates transmit and receiver modems, data error analysers (which generate and monitor a pseudo-random bit sequence, and a Pilot Tone Sounder (which performs bit-error-rate analysis of the received data). A functional diagram of the ERL Automated Test Bed is provided in Figure 1 overleaf. Keywords: Computer simulation, Cossor CSP1250, Ionosphere, High frequency test beds, Communications, Radiofrequency wave propagation.

In this report the description and generation of sea wave motion is presented in order to examine the influence of this motion on the altitude performance of a low flying missile. For this study a seaskimming missile is simulated with the 6 DOF weapon and simulation program (WASP) of the physics and electronics laboratory (FEL-TNO). Keywords: Surface waves, Wave spectrum, Simulation, Automatic pilots, Seaskimmers, Altitude control, Netherlands., in English and Dutch.

Within the scope of data communication facilities for the Royal Netherlands Army (RNLA) there is a requirement for a study into the provision of a Data Modem, so as to provide data only transmission capabilities for the System Control and Management, (SYSCOM) system over the RNLA's mobile tactical communications network, (ZODIAC). To achieve the above requirement, the Physics and Electronics Laboratory TNO was tasked by the Directie Materieel Koniniklijke Landmacht, (DMKL) to study and define the requirements needed in the development of such a modem. This definition document contains the results of that study, it details the functional requirements necessary for implementation in the development of the Modem. These requirements are primarily based on the recommendations of EUROCOM Tactical Communications, Basic Parameters (D/1) specification, for the network transmission requirements and the CCITT recommendation series for the Terminal to Modem requirements, both with amendments or enhancements so as to provide the facilities required by the RNLA. The requirements considered necessary in the development of the Data Modem have been, for clarity, printed in bold type in the main text of this document. They are also listed, with paragraph references, in Chapter 6 of this report. Keywords: Translations., Summary in English and Dutch.

This report is the result of the third phase of the technology project Quality of Expert Systems, carried out under the commission of the Ministery of Defence, Director Defence Research and Development. Participants in the project are TNO Physics and Electronics Laboratory (FEL-TNO), University of Limburg (RL) and the Research Institute for Knowledge Systems (RIKS). This report contains the results of an investigation into algorithms for integrity control of knowledgebases, with specific interest in the computational efficiency. Algorithms for preserving consistency and integrity of th knowledgebase arre being compared. Another subject in this report is the way in which a mapping can be made between specifications made with E(xtended)NIAM and an executable Prolog program, in order to establish a formal determination of the consistency and integrity of knowledgebase specifications. Keywords: Netherlands, Translations., Text in Dutch. Summary in English and Dutch.

This study contains a summary of the results of the technology project QUEST: Quality of Expert Systems, carried out under commission of the Dutch Ministry of Defence, Directorate Defense Research and Development. Participants in the project are TNO Physics and Electronics Laboratory (TNO-FEL) , University of Limburg (RL) and the Research Institute for Knowledge Systems (RIKS). After an analysis of the problems encountered in expert systems development, a quality framework is developed which takes a view at the quality problem from three perspectives: the quality of the development process, the quality of the specifications and the quality of the expert system viewed as a product. In order to get a better grasp of the problem a number of methods and techniques, derived from conventional and artificial intelligence systems development, are reviewed. Secondly, the conceptual similarities between databases and knowledgebases are stressed. The use of conventional specification methods, in particular Nijssens Information Analysis Methodology (NIAM), is considered. In addition to this algorithms for preserving consistency and integrity of the knowledgebase are compared. Thirdly the modularity and structure of knowledgebases is examined, together with the applicability of conventional testing methodologies in expert systems. Lastly it is demonstrated that the integration of database theory and artificial intelligence signifies a step in the direction of a better quality control of expert systems., Summary in English and Dutch.

Professor James L. Merz spent the Fall of 1985 as a Visiting Research Scientist in the Optoelectronics Joint Research Laboratory (OJL) in Kawasaki, Japan. OJL is a joint cooperative laboratory staffed by researchers from mine private electronics companies in Japan through the sponsorship of the Ministry of International Trade and Industry (MITI) of the Japanese government. Professor Merz was the first foreign visiting researcher in this laboratory, and was able to observe first-hand how govern/industry cooperative research proceeds in such an environment. In addition, Professor Merz visited the research laboratories of many of the member companies. This report represents an assessment of the effectiveness of a joint cooperative research laboratory such as OJL for optoelectronics research and development in Japan. Professor Merz is the Director of the Compound Semiconductor Institute at the University of California, Santa Barbara, and a Professor of Electrical Engineering. (Author)

This is the final report of the research conducted at the Stanford Electronics Laboratories under the Sponsorship of the Joint Services Electronics Program from May 1, 1985 through April 30, 1988. This report summarizes the areas of research, identifies the most significant results and lists the dissertations and publications sponsored by the contract DAAG29-85-K-0048.

The objectives of this program were to purchase and install a Metal Organic Chemical Vapor Deposition (MOCVD) system in the Electronic Materials Laboratory at the Tri-Cities University Center of the University of Washington. This system would be used to grow films of III-V compounds. This reactor will be used to grow layered structures based on Gallium Arsenide, AlxGa1-xAs, InyGa(1- y)As or GaAsxP1-x. Prior to shipping the MOCVD system, Spire personnel grew GaAs films on GaAs substrates with the TUC 500XT reactor. Excellent results were obtained. Films grown on two-inch wafers exhibited a thickness uniformity of better than 2% and a doping uniformity better than 4.5%. With three-inch wafers, films were characterized by a thickness uniformity of 4% and doping uniformity of 8%. They also found that the Aluminum Gallium Arsenide composition uniformity was better than 2% for AlGaAs films grown on two-inch waters. Finally, the background doping in epitaxial GaAs films grown with the TUC reactor was determined to be less than 1.5x10 to the 14th power/CC. These performance figures represent a significant improvement in GaAs epitaxial film growth.

This report is the result of the second phase of the technology project 'Quality of Expert Systems', carried out under commission of the Ministry of Defence, Director Defence Research and Development. Participants in the project are TNO Physics and Electronics Laboratory (FEL-TNO), University of Limburg (RL) and the Research Institute for Knowledge Systems (RIKS). Based on (FEL1989-148) this report examines more thoroughly the problems that are related to the quality of expert systems. Firstly a method is presented which views the development of expert systems as a (parallel) activation of modelling processes. Secondly the conceptual similarities between databases and knowledgebases are stressed. As an implication of this the use of Nijssens Information Analysis Method as a knowledgebase specification method is proposed. Thirdly the modularity and structure of knowledge bases is examined, together with the applicability of conventional testing methodologies in expert systems. Lastly it is demonstrated with an example that the integration of database theory and artificial intelligence signifies a step in the direction of a better quality control of expert systems. Netherlands., Text in Dutch; abstract in English.

This report has been assembled and prepared to provide information concerning the general thrust of research programs with the E.L. Ginzton Laboratory-not only those of the JSEP project faculty-but other research faculty as well. It lists all ongoing research contracts and grants, including P.I., subject, sponsoring agency, annual rate and expiration date for each contract or grant. It includes copies of selected representative journal publications citing JSEP sponsorship, a list of all JSEP reports and publications for recent years and a Supplemental 'Index of Reports' giving publication citations and abstracts for all Ginzton Laboratory programs from 1 January 1977 through 30 September 1978.

This bibliography lists reports published from 31 December 1984 to 31 December 1985, as well as updated information on earlier publications. Author and subject index are provided as well as DTIC AD-number when available., Errata sheet inserted.

Volume 10 of Unclassified Publications of Lincoln Laboratory lists reports published from 15 December 1983 to 31 December 1984, as well as updated information on earlier publications. Included are quarterly technical reports, semiannual technical summary reports, miscellaneous progress reports, technical reports, journal articles; meeting speeches; and author and subject indexes. Examples of titles listed. Angles-Only, Ground-Based, Initial Orbit Determination, Expected Energy Method for Electro-Optical SNR Calculations, Performance of Bayes-Optimal Angle-of-Arrival Estimators, Electronic Properties of Grain Boundaries in GaAs: A Study of Oriented Bicrystals Prepared by Epitaxial Lateral Overgrowth, The Lincoln Low-Rate Vocoder: A 1200/2400 bps LPC- 10 Voice Terminal. Items are listed by the Lincoln Laboratory number, the title, the authors, the date published and the DTIC number., See also Volume 5, ADA028523.

This is the final report of the research conducted at the Stanford Electronics Laboratories under the sponsorship of the Joint Services Electronics Program from May 1, 1984 through April 30 1985. This report summarizes the areas of research, identifies the most significant results, and lists the dissertations and publications sponsored by the contract (DAAG29-84-K-0047). Keywords include: VLSI, Channeling Radiation, Submicron Devices, Information Systems, Solid State Integrated Circuits, Real-Time Statistical Data Processing, Bipolar Transistor Emitters, Isolation Region Structures, and Feedback Vector Quantizers.

The American Electronics Laboratory (AEL), Allaire, NJ, was tasked by the U.S. Army Avionics Research and Development Laboratory (SAVAA-M), Fort Monmouth, NJ, to develop replacement breadband matching modules for the CU-942B and the FM 10-30-1 antenna to satisfy specified requirements for Project SINCGARS. AEL was further tasked to test various candidate antennas provided by commercial vendors that are mechanically interchangeable with the CU-942B and the FM 10-30-1. After completion of the AEL development/test program, AVRADA tasked an independent, non-based Government antenna test facility to conduct prescribed antenna verification tests in accordance with an agreed upon test plan. This technical report describes communications antenna systems provided by Dayton-Granger, Inc (DGI), American Electronics Lab (AEL), and Avionics Antenna Systems (AVANT). The test measurements were conducted at the Naval Air Development Center, Antenna Test Facility located in Warminster, PA. The information in this report provides, in part, the technical data for the protection data package of adequate VHF-FM Communications antennas for the UH-1 helicopter when used with the new SINCGARS Radio. (Author)

This thesis was a development of a series of experiments for an electronics communications laboratory. These experiments were designed to reinforce theoretical courses offered in the Air Force Institute of Technology Electrical Engineering Core Communications Sequence in the form of demonstrations or laboratory exercises. The experiments were developed under the criteria of investigating a significant number of analog and digital communication system concepts with a minimum amount of experimentation time. Extensive use of a spectrum analyzer was included in many of the experiments. The topics covered in the experiments include: amplitude modulation; frequency modulation; balanced modulator; single sideband modulation; phase-lock loop and frequency synthesizer; pulse amplitude modulation; pulse code modulation; delta modulation; amplitude shift keying; phase shift keying; and frequency shift keying. The results of this study indicated that many more system concepts could be included in laboratory exercises, such as spread spectrum communications time and frequency division multiplexing, and computer oriented testing and analysis. Keywords: Telecommunication, Telecommunication Circuits, Phase Locked Communications, and Pulse Communications.

This report is the Annual Progress Report for Joint Services Electronics Program Contract N00014-84-K-0327 for the Faculty of the Edward L. Ginzton Laboratory of Stanford University (S.E. Harris, Director). The report includes contributions on 4 units: (Unit 85-1: Processor D.M. Bloom) Picosecond Optical Measurements; Unit 85-2: Processor R.L. Byer) Optical and Nonlinear Optical Studies of Single Crystal Fibers; (Unit 85-3: Professor G.S. Kino) Very High Frequency Signal Processing Techniques; Unit 85-4: Professor C.F. Quate) Metal-Vacuum-Metal Tunneling or scanned Tunneling Microscopy. (Author)

This report describes work performed under the Joint Services Electronics Program, sponsored by the Departments of the Air Force (Air Force Office of Scientific Research), Army (Army Research Office), and Navy (Office of Naval Research), under contract DAAG29-81-K-0057 at the Standford Electronics Laboratories, Standford University, Standford, California.

This is the final report of the research conducted at the Standford Electronics Laboratories under the sponsorship of the Joint Services Electronics Program from April 1981 through March 1984. This report summarizes the areas of research, identifies the most significant results, and lists the dissertations and publications sponsored by the contract (DAAG29-81-K-0057). (Author)

This report, No.124 in a series of Progress Reports issued by the Research Laboratory of Electronics, contains the customary annual statement of research objectives and summary of research for each group. The report covers the period 1 Jan-31 Dec 1981, and the source of support is indicated for each project. The listing of personnel in the back of the book includes only members of the laboratory during 1981. (Author)

This report was prepared for the US Army Materiel Development and Readiness Command at the direction of the deputy chief of staff for research, development, and acquisition. This edition is the fifteenth of a series that was initiated in 1966. Each In-House RDTE activity of the Department of Defense is described on one page in this compilation. The data for 1981 are summarized in tables preceding the main text and charts and tables are provided for each service showing organizational relationships and command chain. All current DOD RDTE activities which meet the report requirement of having at least 25 per cent of their budget in RDTE funds are listed in the contents alphabetically within each department. Some T&E facilities which do not meet the requirement previously noted are also listed by special request. Organizational changes during FY 1981 appear in Appendix I., See also AD-B009 906.

Edited trans. of Vestnik Vysshey Shkoly (USSR) n8 p48-51 1960, by Gale M. Weisenbarger.

This volume contains four sections, as follows: A list of Ginzton Laboratory reports issued during this period; A list of Ginzton Laboratory papers which were published during this period, but which were originally submitted prior to January 1977; A list of abstracts of papers written as technical reports or for publication (abstracts of contract status reports are not included); and An author index.

Partial contents: Information Systems -- Statistical data processing and pattern recognition, Optimal codes with variable weight symbols, Problems in control, Optical computation based on residue arithmetic, Data-compression, The recursive-filter adaptive line enhancer, Imaging of gamma-ray distributions, Studies in statistical system theory; Description languages and design for general-purpose Digital Computer Architectures; Integrated Circuits -- Process Design and Computer Multilayer Semiconductor Device Analysis; Solid State; Radioscience -- Digital image processing, Radio acoustic sounding system, Undersea communication with ULF electromagnetic waves, and Tropospheric radio propagation; Plasma Physics and Quantum Electronics -- Generation of intense microwave radiation and Two-photon resonantly pumped IR up-converters.

The general design approach of hardware and software systems and the present performance capability of a digital signal processing laboratory is given. Block diagrams of the hardware and software systems are provided along with an example of a recent task. (Author)

In tracing the potential impact of the national policy on in-house versus contract task performance it was determined that the Naval Electronic Systems Command community was changing in concert with OMB Circular A-76, but not because of it. However, future enforcement of Circular A-76 may have a great impact on the entire defense Department. Recommendations are presented on a general method for the Naval Electronic Systems Command to evolve into a unified organization which can perform its mission in light of current and future national policy and pressures.

This report provides a detailed description of the experimental methods used in a study to evaluate the effectiveness of three types of technical data for troubleshooting, fully proceduralized troubleshooting aids (FPTA), logic tree troubleshooting aids (LTTA), and technical orders (TO). The purpose of the study was to evaluate the effectiveness of these technical data by determining which provided the best support for technicians troubleshooting two moderately complex electronic systems, the AN/APN-147 and AN/ASN-35. (Author), See also AD-A031 851.

This report describes the capabilities that are being provided by the Aircraft Installation and Test Technical Area, Avionics Laboratory located at Fort Monmouth, NJ. This technical area is composed of the following four teams: the Installation Engineering Team, the Data Acquisition and Test Team, the Mission Aircraft Systems Team, and the EMI/EMC Group. The equipment and facilities available and the services performed by each team of this technical area are detailed in this report. (AUthor)