| **Acoustics** |
| |

| **Adhesion science** |
| |

| **Adsorption** |
| |

| **Aerodynamics** |
| |

| **Algorithms** |
| |

| **Alloys** |
| |

| **Aluminum** |
| |

| **Amplification** |
| |

| **Analytical models** |
| |

| **Animation** |
| |

| **Antimony** |
| |

| **APL** |
| |

| **Arithmetic and logical unit design** |
| |

| **Arrays** |
| |

| **Artificial intelligence** |
| |

| **ASICs** |
| |

| **Atmospheric processes** |
| |

| **Atomic force microscopy (AFM)** |
| |

| **Automata** |
| |

| **Autonomic computing** |
| |

| **Beams, charged particle** |
| |

| **Bearings** |
| |

| **Biology and biomedical studies** |
| |

| **Biotechnology** |
| |

| **Bismuth** |
| |

| **Boltzmann transport equation** |
| |

| **Boolean algebra** |
| |

| **Boundary-scan design** |
| |

| **Built-in self-test (BIST)** |
| |

| **Cadmium** |
| |

| **Capacitance** |
| |

| **Carrier transport** |
| |

| **Carrier transport in small structures** |
| |

| **Cathode-ray tubes** |
| |

| **Cell Broadband Engine** |
| |

| **Ceramics** |
| |

| **Channel subsystem architecture** |
| |

| **Character recognition** |
| |

| **Charge-coupled devices** |
| |

| **Checkers and chess** |
| |

| **Chemical analysis** |
| |

| **Chemical reaction modeling** |
| |

| **Chemical vapor deposition** |
| |

| **Chemistry and chemical engineering** |
| |

| **Chromium** |
| |

| **Circuit and device technology** |
| |

| **Circuit theory and analysis** |
| |

| **Clocking** |
| |

| **CMOS** |
| |

| **Codes and coding** |
| |

| **Coding theory** |
| |

| **Coding, arithmetic** |
| |

| **Color** |
| |

| **Combinatorial problems** |
| |

| **Communication theory** |
| |

| **Communications and communication networks** |
| |

| **Communication, scientific** |
| |

| **Compilers and interpreters** |
| |

| **Complexity** |
| |

| **Computation** |
| |

| **Computational methods** |
| |

| **Computer-aided design** |
| |

| **Computer-assisted instruction** |
| |

| **Computer-controlled manipulators** |
| |

| **Computer applications** |
| |

| **Computer architecture** |
| |

| **Computer organization and design** |
| |

| **Computer security** |
| |

| **Computer system availability** |
| |

| **Computers** |
| |

| **Computing, grid** |
| |

| **Contacts** |
| |

| **Contamination** |
| |

| **Control theory and systems** |
| |

| **Controlled-collapse chip connection (C4) technology** |
| |

| **Cooling** |
| |

| **Copper** |
| |

| **Corrosion** |
| |

| **Cosmic rays** |
| |

| **Counters** |
| |

| **Cryogenics** |
| |

| **Cryptography** |
| |

| **Crystallography** |
| |

| **Crystals** |
| |

| **Damascene process** |
| |

| **Data compression** |
| |

| **Data encryption standard (DES)** |
| |

| **Data transmission** |
| |

| **Databases** |
| |

| **Databases, relational** |
| |

| **Data, structures and accessing** |
| |

| **Design automation** |
| |

| **Design verification** |
| |

| **Device design** |
| |

| **Device drivers** |
| |

| **Dielectrics** |
| |

| **Difference equations** |
| |

| **Differential current switch (DCS)** |
| |

| **Differential equations** |
| |

| **Diffraction gratings** |
| |

| **Diffusion** |
| |

| **Digital computers** |
| |

| **Digital libraries** |
| |

| **Diodes** |
| |

| **Diodes, light-emitting (LEDs)** |
| |

| **Diodes, organic light-emitting (OLEDs)** |
| |

| **Diodes, tunnel** |
| |

| **Diskette drives** |
| |

| **Dislocations** |
| |

| **Display technology** |
| |

| **Distributed processing** |
| |

| **Domain walls** |
| |

| **Drug design** |
| |

| **Electrical conduction** |
| |

| **Electro-optics** |
| |

| **Electrochemistry** |
| |

| **Electrodeposition** |
| |

| **Electroless plating** |
| |

| **Electroluminescence** |
| |

| **Electromagnetic interference** |
| |

| **Electromagnetics** |
| |

| **Electromechanics** |
| |

| **Electron diffraction** |
| |

| **Electron microscopy** |
| |

| **Electron trap characterization** |
| |

| **Electrophotography** |
| |

| **Electroplating** |
| |

| **Electrostatics** |
| |

| **Environment** |
| |

| **Equalizers** |
| |

| **Error control and recovery** |
| |

| **Error correction codes** |
| |

| **Error detection and correction** |
| |

| **Esaki tunneling** |
| |

| **ESCON architecture** |
| |

| **Etching** |
| |

| **Expert systems** |
| |

| **Fabrication** |
| |

| **Faraday cup, portable** |
| |

| **Fault tolerance** |
| |

| **Feature size** |
| |

| **Fermi surface** |
| |

| **Ferrites** |
| |

| **Ferroelectrics** |
| |

| **Ferromagnetic materials** |
| |

| **Fiber optics** |
| |

| **Field-effect transistors** |
| |

| **Field emission** |
| |

| **File systems** |
| |

| **Films** |
| |

| **Films, Diazo** |
| |

| **Films, epitaxy** |
| |

| **Films, magnetic** |
| |

| **Films, metal** |
| |

| **Films, oxide** |
| |

| **Films, permalloy** |
| |

| **Films, photographic** |
| |

| **Films, polymer** |
| |

| **Films, semiconductor** |
| |

| **Films, superconducting** |
| |

| **Films, thin** |
| |

| **Filters** |
| |

| **Finite element analysis** |
| |

| **Flexible-disk technology** |
| |

| **Fluids and fluid dynamics** |
| |

| **Fluorescence** |
| |

| **Formal methods** |
| |

| **FORTRAN** |
| |

| **Fourier transforms** |
| |

| **Fractals** |
| |

| **Gallium arsenide** |
| |

| **Game theory** |
| |

| **Garnet** |
| |

| **Gas panels** |
| |

| **Genomic and proteomic analysis** |
| |

| **Geology** |
| |

| **Geometry** |
| |

| **Geonomic and proteomic analysis** |
| |

| **Geophysics** |
| |

| **Germanium** |
| |

| **Gold** |
| |

| **Graph theory** |
| |

| **Graphics** |
| |

| **Graphite** |
| |

| **Gunn effect** |
| |

| **Hall effect** |
| |

| **Handwriting recognition** |
| |

| **Hashing** |
| |

| **Heterostructures and heterojunctions** |
| |

| **Heuristics** |
| |

| **Holography** |
| |

| **Hot-electron effects** |
| |

| **Hydraulics** |
| |

| **Hydrology** |
| |

| **IBM 1975 Optical Page Reader** |
| |

| **IBM 2750** |
| |

| **IBM 305 (RAMAC)** |
| |

| **IBM 350 (RAMAC)** |
| |

| **IBM 608** |
| |

| **IBM 610** |
| |

| **IBM 650** |
| |

| **IBM 7030 (Stretch)** |
| |

| **IBM 704** |
| |

| **IBM 705** |
| |

| **IBM 7090** |
| |

| **IBM 727-III** |
| |

| **IBM 728** |
| |

| **IBM 738** |
| |

| **IBM AS/400** |
| |

| **IBM eServer z900** |
| |

| **IBM eServer z990** |
| |

| **IBM Magnetic Tape SELECTRIC** |
| |

| **IBM POWER5 System** |
| |

| **IBM POWER6** |
| |

| **IBM SAGE system** |
| |

| **IBM SELECTRIC Composer** |
| |

| **IBM System z9** |
| |

| **IBM System/360** |
| |

| **IBM System/360, Model 91** |
| |

| **IBM System/370 Extended Architecture (370-XA)** |
| |

| **IBM System/390 ES/9000** |
| |

| **IBM System/390 Parallel Enterprise Server** |
| |

| **Image processing** |
| |

| **Imaging technology** |
| |

| **Indium** |
| |

| **Inductance** |
| |

| **Information physics** |
| |

| **Information technology** |
| |

| **Information theory** |
| |

| **Infrared studies** |
| |

| **Instabilities in semiconductors** |
| |

| **Instrumentation** |
| |

| **Insulators** |
| |

| **Integrated circuit design** |
| |

| **Integrated circuits** |
| |

| **Interconnection technology** |
| |

| **Interfaces** |
| |

| **Interferometry** |
| |

| **Iodine** |
| |

| **Iron** |
| |

| **I/O devices, systems, and technology** |
| |

| **Josephson technology** |
| |

| **Junctions** |
| |

| **Knowledge systems** |
| |

| **Laboratory automation** |
| |

| **Large-scale computing** |
| |

| **Laser ablation** |
| |

| **Laser arrays** |
| |

| **Lasers** |
| |

| **Lasers, injection** |
| |

| **Lead** |
| |

| **LEED** |
| |

| **Lens design** |
| |

| **Light** |
| |

| **Light, coherent** |
| |

| **Linguistics** |
| |

| **Liquid crystals** |
| |

| **Lithography** |
| |

| **Lithography, electron-beam** |
| |

| **Lithography, X-ray** |
| |

| **Local area networks (LANs)** |
| |

| **Logic** |
| |

| **Logic design and technology** |
| |

| **Logic macros** |
| |

| **Logic programming** |
| |

| **Logic synthesis** |
| |

| **LSI** |
| |

| **LSI design automation** |
| |

| **LSSD design and testing** |
| |

| **Lubrication** |
| |

| **Machine computation and data analysis** |
| |

| **Magnetic bubble technology** |
| |

| **Magnetic fields** |
| |

| **Magnetic head-disk interaction** |
| |

| **Magnetic head-tape interaction** |
| |

| **Magnetic head design** |
| |

| **Magnetic random access memory (MRAM)** |
| |

| **Magnetic recording** |
| |

| **Magnetic tape** |
| |

| **Magnetics - studies and structures** |
| |

| **Magneto-optics** |
| |

| **Magnetoresistance** |
| |

| **Management science** |
| |

| **Manufacturing** |
| |

| **Markov process analysis** |
| |

| **Masers** |
| |

| **Masks** |
| |

| **Masks, X-ray** |
| |

| **Mass spectrometry** |
| |

| **Materials** |
| |

| **Materials technology** |
| |

| **Mathematical functions and techniques** |
| |

| **Mathematics** |
| |

| 2003 | **Ergodic theory of one-dimensional dynamics** | |

| 2003 | **Grammatical evolution to design fractal curves with a given dimension** | |

| 2003 | **High-performance linear algebra algorithms using new generalized data structures for matrices** | |

| 2003 | **Mathematical sciences in the nineties** | |

| 2003 | **On greedy algorithms, partially ordered sets, and submodular functions** | |

| 2002 | **Fast pseudorandom-number generators with modulus 2**^{k} or 2^{k−1} using fused multiply–add | |

| 2000 | **Cryptography** | |

| 1997 | **Fast and effective algorithms for graph partitioning and sparse-matrix ordering** | |

| 1995 | **A three-dimensional approach to parallel matrix multiplication** | |

| 1995 | **A walk along the branches of the extended Farey Tree** | |

| 1987 | **A CCS semantics for NIL** | |

| 1987 | **A view of Approximation Theory** | |

| 1987 | **Applied mathematics, a national view** | |

| 1987 | **Cryptography** | |

| 1987 | **Direct semantics of concurrent languages in the SMoLCS approach** | |

| 1987 | **Factoring logic functions** | |

| 1987 | **Fourier transforms that respect crystallographic symmetries** | |

| 1987 | **Numerical analysis and the scientific method** | |

| 1987 | **Reflections on the early days of the department** | |

| 1987 | **Science in industry** | |

| 1987 | **Some aspects of the theory of statistical control schemes** | |

| 1987 | **Some stability techniques for multistep methods** | |

| 1987 | **Specification statements and refinement** | |

| 1987 | **The complexity of computations by networks** | |

| 1987 | **The group problem and integer programming duality** | |

| 1987 | **The torus and the disk** | |

| 1987 | **Transaction processing primitives and CSP** | |

| 1977 | **Boundary Layer Around a Liquid Jet** | |

| 1977 | **Comment on “Decomposition of a Data Base and the Theory of Boolean Switching Functions”** | |

| 1977 | **Digital Technique for Generating Synthetic Aperture Radar Images** | |

| 1977 | **Functional Dependencies in a Relational Database and Propositional Logic** | |

| 1977 | **Improving the Computation of Lower Bounds for Optimal Schedules** | |

| 1977 | **Linear Filtering Technique for Computing Mersenne and Fermat Number Transforms** | |

| 1977 | **Multidimensional Bin Packing Algorithms** | |

| 1977 | **Satellite Droplet Formation in a Liquid Jet** | |

| 1977 | **Zero Order and Nonzero Order Decision Rules in Medical Diagnosis** | |

| 1976 | **Bases for Chain-complete Posets** | |

| 1976 | **Bicubic Patch Surfaces for High-Speed Numerical Control Processing** | |

| 1976 | **Complex Convolutions via Fermat Number Transforms** | |

| 1976 | **Cubic Splines with Infinite Derivatives at Some Knots** | |

| 1976 | **Digital Filtering Using Complex Mersenne Transforms** | |

| 1976 | **Error Correcting Codes for Satellite Communication Channels** | |

| 1976 | **Optimization of Single Expressions in a Relational Data Base System** | |

| 1976 | **Scheduling as a Graph Transformation** | |

| 1976 | **Walsh Functions for Digital Impedance Relaying of Power Lines** | |

| 1975 | **Interpolation with Discontinuous Functions: Application to Calculation of Shocks** | |

| 1975 | **Mathematical Construct for Program Reorganization** | |

| 1975 | **Multiconic Surfaces** | |

| 1975 | **On Some Relations between the Laplace and Mellin Transforms** | |

| 1975 | **Stream Processing Functions** | |

| 1975 | **Theory of Liquid Ink Development in Electrophotography** | |

| 1973 | **Action Potential of the Motorneuron** | |

| 1973 | **Age-specific, Deterministic Model of Predator-Prey Populations: Application to Isle Royale** | |

| 1973 | **Approximating Pre-emptive Priority Dispatching in a Multiprogramming Model** | |

| 1973 | **Asymptotic Expansion for Small Magnetic Fields of Acoustoelectric Attenuation in Nondegenerate Semiconductors** | |

| 1973 | **Comparison of Two Methods of Modeling Stationary EEG Signals** | |

| 1973 | **Computer Interference Analysis** | |

| 1973 | **Decomposition of a Data Base and the Theory of Boolean Switching Functions** | |

| 1973 | **Empirically Derived Micromodels for Sequences of Page Exceptions** | |

| 1973 | **Identifying and Understanding Patterns and Processes in Human Shock and Trauma** | |

| 1973 | **Linearization of Cauchy’s Problem for Quadratic Semilinear Partial Differential Equations** | |

| 1973 | **Lower Bounds for the Partitioning of Graphs** | |

| 1973 | **Numerical Calculation of Self-Focusing and Trapping of a Short Light Pulse in Kerr Liquids** | |

| 1973 | **On a Nonlinear Diffusion Equation Describing Population Growth** | |

| 1973 | **Optimum Storage Allocation for a File in Steady State** | |

| 1973 | **Optimum Storage Allocation for a File with Open Addressing** | |

| 1973 | **Quasimaximum Likelihood Estimators for Two-parameter Gamma Distributions** | |

| 1973 | **Steady State Mathematical Theory for the Insulated Gate Field Effect Transistor** | |

| 1973 | **Theory and Computer-aided Analysis of Lossless Transmission Lines** | |

| 1973 | **Theory of MNOS Memory Device Behavior** | |

| 1973 | **Transport Properties of the Semiconductor Superlattice** | |

| 1970 | **Iterated Consensus Method for Multiple-output Functions** | |

| 1970 | **On the Correlation Matrices of Trigonometric Product Functions** | |

| 1969 | **Parallel Methods for Approximating the Root of a Function** | |

| 1969 | **Symbolic Polynomial Operations with APL** | |

| 1968 | **Algebraically Generalized Recursive Function Theory** | |

| 1967 | **A Generalized Legendre-Clebsch Condition for the Singular Cases of Optimal Control** | |

| 1967 | **A Numerical Integration Technique for Ordinary Differential Equations with Widely Separated Eigenvalues** | |

| 1967 | **Elliptic Equations** | |

| 1967 | **Hyperbolic Difference Equations: A Review of the Courant–Friedrichs–Lewy Paper in the Light of Recent Developments** | |

| 1967 | **On Difference Methods for Parabolic Equations and Alternating Direction Implicit Methods for Elliptic Equations** | |

| 1967 | **On the Partial Difference Equations of Mathematical Physics** | |

| 1967 | **Some Results in Two-Point Boundary Value Problems** | |

| 1966 | **A Partial Error Analysis for the Solution of Differential Equations in Simulation: A Look at Fowler’s ***z*-Transform Root-Locus Method | |

| 1966 | **Conditions for Termination of the Method of Steepest Descent after a Finite Number of Iterations** | |

| 1966 | **The Kantorovich Theorem and Two-Point Boundary Value Problems** | |

| 1965 | **Chain Matrices and the Crank–Nicolson Equation** | |

| 1964 | **An Existence Theorem for the BCS Integral Equation** | |

| 1964 | **Derivation of Maximal Compatibles Using Boolean Algebra** | |

| 1962 | **Generalizations of Horner’s Rule for Polynomial Evaluation** | |

| 1962 | **Solutions of the BCS Integral Equation and Deviations from the Law of Corresponding States** | |

| 1960 | **A Proof Method for Quantification Theory: Its Justification and Realization** | |

| 1960 | **Automorphisms of Steiner Triple Systems** | |

| 1960 | **Information Theoretical Analysis of Multivariate Correlation** | |

| 1960 | **On Dimensional Analysis** | |

| 1960 | **On the Exceptional Case in a Characterization of the Arcs of a Complete Graph** | |

| 1960 | **Solving a Matrix Game by Linear Programming** | |

| 1960 | **Some Combinatorial Lemmas in Topology** | |

| 1960 | **Toward Mechanical Mathematics** | |

| 1960 | **Traces, Term Ranks, Widths and Heights** | |

| 1959 | **Computation of Sin ***N*, Cos *N*, and ^{m}√N Using an Electronic Computer | |

| 1959 | **Diffusion Attenuation, Part I** | |

| 1959 | **Elementary Divisors of Normal Matrices** | |

| 1959 | **Numerical Solution of Laplace’s Equation, Given Cauchy Conditions** | |

| 1959 | **On the Mathematical Theory of Error-Correcting Codes** | |

| 1959 | **On the Reduction of Continuous Problems to Discrete Form** | |

| 1958 | **A Note on the Computation of Eigenvalues and Vectors of Hermitean Matrices** | |

| 1958 | **An Error-Sampled Sweep-Position Control System** | |

| 1958 | **Computation of Arcsin ***N* for 0 < *N* < 1 Using an Electronic Computer | |

| 1958 | **Computation of Arctan ***N* for −∞ < *N* < +∞ | |

| 1957 | **A Positive-Integer Arithmetic for Data Processing** | |

| 1957 | **Computation of ***e*^{N} for −∞ < *N* < +∞ | |

| 1957 | **On the Theory of Relaxation Processes** | |

| **Mathematics (applied)** |
| |

| **Matrix and network studies** |
| |

| **Measurement** |
| |

| **Mechanical analysis** |
| |

| **Mechanical design** |
| |

| **Mechanics and mechanisms** |
| |

| **Medicine and medical electronics** |
| |

| **Memory (computer) design and technology** |
| |

| **Memory (computer) management** |
| |

| **Memory, cache** |
| |

| **Memory, magnetic core** |
| |

| **Memory, random-access** |
| |

| **Mesoscopic phenomena** |
| |

| **Metallurgy** |
| |

| **Metrology** |
| |

| **Microcontact printing** |
| |

| **Microelectromechanical systems (MEMS)** |
| |

| **Microelectronics** |
| |

| **Microfabrication** |
| |

| **Micrography** |
| |

| **Micromachining** |
| |

| **Microprocessor systems and applications** |
| |

| **Microwaves** |
| |

| **Minimotors** |
| |

| **Models and modeling** |
| |

| **Molecular structure modeling** |
| |

| **Monte Carlo methods** |
| |

| **Multichip modules (MCMs)** |
| |

| **Multilayers** |
| |

| **Multimedia** |
| |

| **Multiplexing** |
| |

| **Multiprocessors** |
| |

| **Nanoscale structures and devices** |
| |

| **Natural language processing** |
| |

| **Negative resistance/conductivity** |
| |

| **Networks** |
| |

| **Neural networks** |
| |

| **Nickel** |
| |

| **Niobium** |
| |

| **Nitridation** |
| |

| **Noise** |
| |

| **Number theory** |
| |

| **Numerical integration** |
| |

| **Office machines and systems** |
| |

| **Operating systems** |
| |

| **Operations research** |
| |

| **Optical disk drives** |
| |

| **Optical disk technology** |
| |

| **Optical interconnections** |
| |

| **Optical lithography** |
| |

| **Optical projection system** |
| |

| **Optical science and technology** |
| |

| **Optics** |
| |

| **Optimization** |
| |

| **Optoelectronic device technology** |
| |

| **Organic-inorganic hybrids** |
| |

| **Organic electronics** |
| |

| **Organic materials** |
| |

| **Oscillators** |
| |

| **Osmium** |
| |

| **Oxynitridation** |
| |

| **Oxynitride** |
| |

| **Packaging** |
| |

| **Paging** |
| |

| **Parallel processing** |
| |

| **Pattern recognition** |
| |

| **Performance analysis** |
| |

| **Personal computers** |
| |

| **Photo-processes** |
| |

| **Photodetectors** |
| |

| **Photoelectrochemistry** |
| |

| **Photoemission** |
| |

| **Photography** |
| |

| **Photoresists** |
| |

| **Photothermal processes** |
| |

| **Photovoltaic materials** |
| |

| **Physical chemistry** |
| |

| **Physics** |
| |

| **Physics of semimetals** |
| |

| **Physics, solid state** |
| |

| **Physics, theoretical** |
| |

| **Planarization** |
| |

| **Plasma processing** |
| |

| **Plasmas** |
| |

| **Polarimetry** |
| |

| **Polarography** |
| |

| **Polymers** |
| |

| **Power management** |
| |

| **Power supplies** |
| |

| **Printed circuits** |
| |

| **Printing technology** |
| |

| **Printing, electroerosion** |
| |

| **Printing, impact** |
| |

| **Printing, ink jet** |
| |

| **Printing, non-impact** |
| |

| **Printing, thermal transfer** |
| |

| **Probability distributions** |
| |

| **Process control and development** |
| |

| **Production scheduling** |
| |

| **Programmable logic arrays (PLAs)** |
| |

| **Programming systems** |
| |

| **Programming, mathematical** |
| |

| **Programming, programs, and programming languages** |
| |

| **Protein folding** |
| |

| **Proximal probe techniques** |
| |

| **Quality control** |
| |

| **Quantum computation** |
| |

| **Quantum theory and effects** |
| |

| **Queuing theory and applications** |
| |

| **Radiative transfer** |
| |

| **Real-time systems** |
| |

| **Recording technology** |
| |

| **Reduced-instruction-set computers (RISC)** |
| |

| **Relaxation Processes** |
| |

| **Relays** |
| |

| **Reliability** |
| |

| **Remote sensing** |
| |

| **Resolution** |
| |

| **Resonance, paramagnetic** |
| |

| **Robotics** |
| |

| **Scanning tunneling microscopy** |
| |

| **Schedulers** |
| |

| **Self-assembled monolayer (SAM)** |
| |

| **Semantics** |
| |

| **Semiconductor devices** |
| |

| **Semiconductor technology** |
| |

| **Semiconductors** |
| |

| **Semiconductors, III-V** |
| |

| **Semiconductors, organic** |
| |

| **Semimetals** |
| |

| **Servers** |
| |

| **Signal processing** |
| |

| **Signature verification** |
| |

| **Silicides** |
| |

| **Silicon** |
| |

| **Silicon-germanium** |
| |

| **Silicon-on-insulator (SOI)** |
| |

| **Silicon Carbide** |
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| **Silicon dioxide** |
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| **Silicon nitride** |
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| **Silicon oxidation** |
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| **Silver** |
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| **Simulation** |
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| **Simultaneous multithreading (SMT)** |
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| **Soft errors** |
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| **Software reliability** |
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| **Solar cells** |
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| **Solar energy** |
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| **Solder ball connect (SBC) technology** |
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| **Solid-state files** |
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| **Solid logic technology** |
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| **Solid modeling** |
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| **Space-related technology** |
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| **Spectroscopy** |
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| **Speech processing** |
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| **Spintronics** |
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| **Sputtering** |
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| **Statistical mechanics** |
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| **Statistics** |
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| **Stimulated emission** |
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| **Storage hierarchies** |
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| **Storage (computer) devices and systems** |
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| **Supercomputing** |
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| **Superconductivity** |
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| **Superconductivity, high-Tc** |
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| **Superlattices** |
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| **Surface effects** |
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| **Surface passivation** |
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| **Surface science** |
| |

| **Switches** |
| |

| **Switching circuits** |
| |

| **System-on-a-chip (SoC)** |
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| **Tantalum** |
| |

| **Teleconferencing** |
| |

| **Telephony** |
| |

| **Test-pattern generation** |
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| **Testing** |
| |

| **Testing, AC** |
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| **Testing, analog signal** |
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| **Testing, chip** |
| |

| **Testing, circuit** |
| |

| **Testing, electron-beam/ion probes** |
| |

| **Testing, field** |
| |

| **Testing, mixed-signal** |
| |

| **Testing, module** |
| |

| **Testing, optical probes** |
| |

| **Testing, random-pattern logic** |
| |

| **Text processing** |
| |

| **Thermal conduction module (TCM)** |
| |

| **Thermodynamics** |
| |

| **Thickness measurement** |
| |

| **Time-sharing, applications** |
| |

| **Tin** |
| |

| **Topology** |
| |

| **Transistors** |
| |

| **Transistors, bipolar** |
| |

| **Transistors, organic thin film (OTFTs)** |
| |

| **Transistors, thin film (TFTs)** |
| |

| **Transmission lines** |
| |

| **Tribology** |
| |

| **Tunneling** |
| |

| **Typewriter design** |
| |

| **Ultrasonics** |
| |

| **Vanadium** |
| |

| **Vatican Library** |
| |

| **Vector processing** |
| |

| **Verification** |
| |

| **Vibration** |
| |

| **Video signals** |
| |

| **Virtual machines** |
| |

| **Virtual reality** |
| |

| **Virtualization** |
| |

| **Visualization** |
| |

| **VLSI** |
| |

| **Vocoders** |
| |

| **Wave propagation** |
| |

| **Wear** |
| |

| **Web services** |
| |

| **X-ray diffraction** |
| |

| **X-ray technology** |
| |

| **Zinc** |
| |

| **(No Subject)** |
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