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1
Germanium Fet--A Novel Low-Noise Active Device
2
Germanium FETs and capacitors with rare earth CeO2/HfO2 gates
3
Germanium field-effect transistors
4
Germanium for advanced CMOS anno 2009: a SWOT analysis
5
Germanium for photonic applications
6
Germanium gate junction-field-effect phototransistor integrated on SOI platform
7
Germanium Gate PhotoMOSFET Integrated to Silicon Photonics
8
Germanium gate phototransistor fabricated on SOI platform
9
Germanium heterojunction gate GaAs FET
10
Germanium imaging sensor
11
Germanium ion implantation efficiency improvement with use of germanium tetrafluoride
12
Germanium laser: A CMOS compatible light emitter
13
Germanium lasers for the near and mid IR
14
Germanium microwave photodiodes exhibiting micro-plasma-free carrier multiplication
15
Germanium MOS capacitors incorporating ultrathin high-/spl kappa/ gate dielectric
16
Germanium MOS transistors on sapphire and alumina platforms
17
Germanium MOS: an evaluation from carrier quantization and tunneling current
18
Germanium MOSFETs With CeO
2
/HfO
2
/ TiN Gate Stacks
19
Germanium Multiple-Gate Field-Effect Transistor With In Situ Boron-Doped Raised Source/Drain
20
Germanium Multiple-Gate Field-Effect Transistors Formed on Germanium-on-Insulator Substrate
21
Germanium N and P Multifin Field-Effect Transistors With High-Performance Germanium (Ge)
and
Passivation
86
Germanium–Tin
Junction Formed Using Phosphorus Ion Implant and 400
595
Get your head around hacker psychology [Information Technologycyber-Security]
596
Get your priorities straight
597
Get your students to SMILE!: Exploring emerging interaction technologies
598
Get yourself a new set of threads
599
GETB, a gigabit Ethernet application platform: its use in the ATLAS TDAQ network
600
GETB-a gigabit ethernet application platform: its use in the ATLAS TDAQ network
601
GeTe Liner Stressor Featuring Phase-Change- Induced Volume Contraction for Strain Engineering of Sub-50-nm p-Channel FinFETs: Simulation and Electrical Characterization
602
GeTeX: A Tool for Testing Real-Time Embedded Systems Using CAN Applications
603
GETnet: a general framework for evolutionary temporal neural networks
604
GETOLS: Game Embedded Testing of Learning Strategies
605
Get-rich-quick scheme [innovative electricity conservation]
606
GETS: a graphical environment for task specification
607
GETSEL: Gallery entropy for template selection on large datasets
608
Gettering and annealing of silicon planar surface layer caused by opposite side implantation technique
609
Gettering and Deep States in P-Type Czochralski Silicon
610
Gettering and poisoning of silicon wafers by phosphorus diffused layers
611
Gettering effect inside the glass packaged FED panel
612
Gettering effect of aluminium in mc-Si and c-Si wafers and in solar cells
613
Gettering effect of high-dose arsenic implantation and boron diffusion on gate oxide integrity in trench isolated high voltage silicon-on -insulator process
614
Gettering effects of helium cavities created by high dose plasma immersion ion implantation
615
Gettering in high resistive float zone silicon wafers for silicon detector applications
616
Gettering in Low Temperature VLSI Processes
617
Gettering in multicrystalline silicon-a design-of-experiments approach
618
Gettering layer formation in low-dose SIMOX wafers
619
Gettering Mechanisms and Optimized Lifetime Control in Pt-Doped Silicon Power Devices
620
Gettering of epitaxial gallium phosphide using phosphosilicate glass
621
Gettering of Fe, Cu, and Ni by high dose boron buried layers
622
Gettering of gas molecules in the frit sealed glass panel by thin film metal coatings
623
Gettering of impurities from gallium arsenide
624
Gettering of Iron in Silicon Solar Cells With Implanted Emitters
625
Gettering of metal impurities in silicon by fast neutron irradiation
626
Gettering of Metal Precipitates
627
Gettering of Metals by Voids in Silicon Devices
628
Gettering of metals to nanocavities in silicon
629
Gettering of the metal impurities in image sensors: An evaluation of heated carbon implants
630
Gettering of threading dislocations and oxide precipitates in SIMOX material
631
Getters films at wafer level for wafer to wafer bonded MEMS
632
Getters for flat-panel displays
633
Getters: micromolecular scavengers for packaging [MEMS]
634
Gettin' Digi With It [Pipelining: Attractive Programs for Women]
635
Getting “dissed”: technical communicators in interdisciplinary engineering teams
636
Getting a clear picture of distortion
637
Getting a clear picture of distortion
638
Getting a clear picture of distortion [power system harmonics]
639
Getting a cohesive answer from a common start: Scalable multidisciplinary analysis through transformation of a systems model
640
Getting a digital signal processor laboratory started [education]
641
Getting a Ford HEV on the road
642
Getting a Grip on Emotions in Negotiations: The Possibilities of ICT
643
Getting a grip on the grid
644
Getting a handle on designing for avionics software supportability and maintainability
645
Getting a handle on MATLAB graphics
646
Getting a handle on the fault injection process: validation of measurement tools
647
Getting a jump on malaria [health care]
648
Getting A Jump-Start In Java Network Programming
649
Getting a micro to do a real job
650
Getting a morphological tree of shapes for multivariate images: Paths, traps, and pitfalls
651
Getting a purchase on AR
652
Getting a purchase on christmas [IT Ecommerce]
653
Getting a purchase on christmas [IT Ecommerce]
654
Getting accurate generator parameter from the measured disturbed power system trajectory
655
Getting Acquainted with Microcomputers
656
Getting Acquainted with Prof. Parsley
657
Getting adaptability or expressivity in inductive logic programming by using fuzzy predicates
658
Getting agents to help with the research
659
Getting aggressive with passive devices
660
Getting agile with product data
661
Getting along: composition of visualization paradigms
662
Getting an EE degree and job in Brazil: A rapidly developing country can provide unique opportunities for the motivated individual
663
Getting an Intuition for Big Data
664
Getting an NSF CAREER award and beyond
665
Getting around
666
Getting around in electric vehicles
667
Getting around in the city of the future
668
Getting around the aperture problem using point and line correspondences
669
Getting at deep learning: a problem-based approach
670
Getting at ephemeral flaws
671
Getting back into gear
672
Getting back on the road: Reformatting Flash memory on-board the Mars Exploration Rover Opportunity
673
Getting back to basics: productivity revisited
674
Getting back to basics: Promoting the use of a traceability information model in practice
675
Getting back to scenario planning: Strategic action in the future of energy Europe
676
Getting benefit from information systems
677
Getting better signals out of the brain: decoding algorithms and autonomous electrodes
678
Getting better with age: Older students achieve higher grades and graduation rates
679
Getting beyond unity fusion ‘fuel-gain’ in an inertially confined fusion implosion
680
Getting birds of a different feather to flock together: achieving integration of capabilities in strategic alliances
681
Getting Bored with HTK? Using HMMs for Emotion Recognition from Speech Signals
682
Getting clinical about neural networks
683
Getting close to the problem with object oriented interaction [GUIs]
684
Getting Close to Your Computer
685
Getting Closer to Customers: Mobility Revolution in Pharmaceuticals
686
Getting Closer to MIMO Capacity with Non-Binary Codes and Spatial Multiplexing
687
Getting Closer to True CMOS-Circuits in a 4 M-DRAM
688
Getting Clusters from Structure Data and Attribute Data
689
Getting Comfortable Being Uncomfortable [Point of View]
690
Getting comfortable hand configurations while manipulating an object
691
Getting connected
692
Getting connected
693
Getting control through TCS [Special Feature Introduction]
694
Getting copyright right
695
Getting Creative with Semantic Similarity
696
Getting Credit
697
Getting DAB on the air: implementing a dab transmitter network
698
Getting Diagnostic Reasoning off the Ground: Maturing Technology with TacSat-3
699
Getting Diagonal on the Xbox One Trifecta
700
Getting down and dirty: device-level programming using the Real-Time Specification for Java
701
Getting down to business
702
Getting down to the bare bones
703
Getting drivers to do the right thing: a review of the potential for safely reducing energy consumption through design
704
Getting engineering students involved: The Dartmouth/Tuskegee program
705
Getting engineers to write
706
Getting equipped for business
707
Getting errors to catch themselves - self-testing of VLSI circuits with built-in hardware
708
Getting Feasible Variable Estimates from Infeasible Ones: MRF Local Polytope Study
709
Getting feedback from a miniature robot
710
Getting from here to there and will the journey be worth it?
711
Getting from Here to There: Locomotion in Virtual Environments
712
Getting from whiteboard to white matter: Translational research tools for investigating neurological disease
713
Getting gas to Britain
714
Getting Getting-It-Done Done
715
Getting governance to deliver - [feature: governance]
716
Getting help in a crowd: A social emergency alert service
717
Getting high-performance silicon from system-level design
718
Getting humanoids to move and imitate
719
Getting in
720
Getting in control of your control flow with control-data isolation
721
Getting in on the act
722
Getting in touch with a cognitive character
723
Getting in Touch with Your Feelings about Software Architecture
724
Getting innovative academic research products to the marketplace successfully
725
Getting inspired from bees to perform large scale visual precise navigation
726
Getting Into An Ivy League School
727
Getting into vitual reality
728
Getting involved
729
Getting Involved
730
Getting involved early in the software development process
731
Getting Involved with IEEE Initiatives and Projects [President´s Message]
732
Getting it all under control
733
Getting it for free: Using Google earth™ and IL WIS to map squatter settlements in Johannesburg
734
Getting it in black and white
735
Getting IT right
736
Getting it right
737
Getting it right [functional microprocessor verification]
738
Getting it right the first time: Robot mission guarantees in the presence of uncertainty
739
Getting it right the first time: the Ardent design methodology
740
Getting it right the second time: Recognition of spoken corrections
741
Getting IT right. Part 2
742
Getting IT right: simulation of computer systems
743
Getting it together
744
Getting Its Measure: Oscillator Phase Noise Measurement Techniques and Limitations
745
Getting legacy code into shape for an active old age
746
Getting level with PFGAs
747
Getting logistics closer to end users
748
Getting Maintenance Into Tpm
749
Getting Material Parameters of Absorbing Structures by Genetic Evolutional Algorithm
750
Getting Meaning into the Machine
751
Getting Mobile Beacon Node Path in WSN Based on Ant Colony Algorithm
752
Getting more flexible scheduling in the RTSJ
753
Getting more for less in optimized MapReduce workflows
754
Getting more from fluorescent lamps through resonant converters
755
Getting more from old techniques [discrete event simulation in manufacturing]
756
Getting More from Reputation Systems: A ContextAware Reputation Framework Based on Trust Centers and Agent Lists
757
Getting more from requirements traceability: Requirements testing progress
758
Getting more from the data in a multinomial selection problem
759
Getting more from the scene for autonomous navigation: demo III XUV program
760
Getting More From the Semiconductor Test: Data Mining With Defect-Cluster Extraction
761
Getting more in less: The power of single/error annotations in category partition
762
Getting More Mileage out of Dissolved Oxygen Sensors in Long-term Moored Applications
763
Getting more on lithium niobate: Vertical integration
764
Getting more out of eye diagrams [circuit testing]
765
Getting More out of ITC
766
Getting more out of machine controls
767
Getting More Performance From INTA NanoSat-1B Truncated Pyramid Sun Sensors
768
Getting most out of evolutionary approaches
769
Getting new science from old topside sounder data with new analysis technique
770
Getting noise immunity in industrial controls
771
Getting Off on the Right Foot: The Effects of Initial Email Messages on Negotiation Process and Outcome
772
Getting on board
773
Getting on Board the Enterprise Service Bus
774
Getting on dark matter´s wavelength
775
Getting on the Net: the struggle for digital inclusion of the Navajo
776
Getting on the S-band Wagon for crossing borders — Exploiting satellite communication for sustainable ITS services
777
Getting one step closer to fully automatized celiac disease diagnosis
778
Getting Online but Still Living Offline: The Complex Relationship of Technology Adoption and In-person Social Networks
779
Getting order in chaotic cellular neural networks by self-organization with Hebbian adaptation rules
780
Getting our sums right
781
Getting our voices heard
782
Getting parallelism into perspective
783
Getting parameters in power systems based on adaptive linear neural network
784
Getting past big brother-transforming CCTV into MIS
785
Getting past Knowledge Management
786
Getting past the first year: Retaining engineering majors
787
Getting Personal With Gene Sequencing [Back story]
788
Getting photonics technology into the marketplace-OIDA´s market and technology roadmap
789
Getting physics into the bounce
790
Getting portals to behave
791
Getting practical with digital: An integrated electronic design project for undergraduates
792
Getting Ready for Approximate Computing: Trading Parallelism for Accuracy for DSS Workloads
793
Getting ready for Arctic operations
794
Getting ready for BigData testing: A practitioner´s perception
795
Getting ready for electric vehicle charging stations
796
Getting ready for IFAC ´84
797
Getting ready for the Centennial: 1984 Will be a banner year for the IEEE, as members around the world celebrate 100 years of electrical progress. Plan now to participate
798
Getting ready for the generation of a nationwide ground motion product for great Britain using SAR data stacks: Feasibility, data volumes and perspectives
799
Getting ready for the next century: A Canadian success story
800
Getting ready for the simulation revolution in 300mm fab productivity!
801
Getting Real
802
Getting real - self-organized resource allocation on second life avatar traces
803
Getting Real in the Classroom
804
Getting Real with Real Time Dispatching in Metrology; an RTD Solution to Metrology´s Imperceptible Cycle Time Impact
805
Getting results from search-based approaches to software engineering
806
Getting results with stationary batteries a basic guide to battery selection and maintenance
807
Getting rid of acoustic phonons in heat transport
808
Getting Rid of Coherency Overhead for Memory-Hungry Applications
809
Getting rid of packets - Efficient SIMD single-ray traversal using multi-branching BVHs -
810
Getting RID of pain-related behaviour to improve social and self perception: A technology-based perspective
811
Getting Rid of Straitjackets for Flexible Integrity Checking
812
Getting Rid of the OR-Join in Business Process Models
813
Getting rid of the wires and connectors in physiological monitoring
814
Getting Robustness Against Unstructured Uncertainty: A Tube-Based MPC Approach
815
Getting routers out of the core: Building an all-optical network with “multipaths”
816
Getting Sabre off the ground
817
Getting scale-free network from a small world network without growth
818
Getting SEAMS straight [systems engineering analysis and management support]
819
Getting Secure Software Assurance Knowledge into Conventional Practice: Three Educational Initiatives
820
Getting serious about integrating decision support mechanisms into Geographic Information Systems
821
Getting short bunches from a 2-MeV electron injector
822
Getting small: a short history of the personal computer
823
Getting Smart
824
Getting Smart
825
Getting smarter [smart cards]
826
Getting SOA to come back for more [Enterprise]
827
Getting Software RITE
828
Getting started
829
Getting Started
830
Getting Started
831
Getting Started
832
Getting started in artificial intelligence (AI)
833
Getting started in fluid logic
834
Getting started in simulation in healthcare
835
Getting started in text mining to find the biological network shared with rheumatoid arthritis, coronary heart disease and diabetes mellitus
836
Getting Started in Undergraduate Research
837
Getting started on metrics-Jet Propulsion Laboratory productivity and quality
838
Getting started on software metrics
839
Getting started with digital simulation
840
Getting Started with Google App Engine and Clojure
841
Getting Started with GPU Programming
842
Getting started with IT asset management
843
Getting started with VHDL
844
Getting Started with Videogame Development
845
Getting stitched up
846
Getting Students to Think About How Agile Processes can be Made More Secure
847
Getting systems onto printed circuit assemblies: navigating the path from concepts to successful products
848
Getting the attention of American organizations on human factors-a personal experience
849
Getting the attention of senior management for human factors issues: a personal experience
850
Getting the attention of senior management for human factors issues: quantitative survey data
851
Getting the attention of underrepresented minority community college students to consider engineering as a career
852
Getting the balance right [Book Review]
853
Getting the best from an FPGA via logic synthesis
854
Getting the best from nanotechnology: approaching social and ethical implications openly and proactively
855
Getting the best from objects: the experience of HP
856
Getting the best out of biconical antennas for emission measurements and test site evaluation
857
Getting the Best out of Software Process Simulation and Empirical Research in Software Engineering
858
Getting the bugs out [Volkswagen in America]
859
Getting the Bugs Out: A Portable Harmonic Radar System for Electronic Countersurveillance Applications
860
Getting the client into the loop in information system modelling courses
861
Getting the Cycles out of a Supercomputer
862
Getting the inside view
863
Getting the job done — A guide to better communication for office staff
864
Getting the job done. How hybrid systems can increase your studio´s productivity
865
Getting the kinks out of linux [Book Review]
866
Getting the Magazine by Air Freight
867
Getting the magazine by air freight
868
Getting the magazine by air freight
869
Getting the Magazine by Air Freight
870
Getting the magazine by air freight
871
Getting the magazine by air freight
872
Getting the Magazine by Air Freight
873
Getting the magazine by air freight
874
Getting the Magazine by Air Freight
875
Getting the Magazine by Air Freight
876
Getting the Magazine by Air Freight
877
Getting the Magazine by Air Freight
878
Getting the Magazine by Air Freight
879
Getting the Magazine by Air Freight
880
Getting the magazine by air freight
881
Getting the magazine by air freight
882
Getting the magazine by air freight
883
Getting the magazine by air freight
884
Getting the magazine by air freight
885
Getting the magazine by air freight
886
Getting the magazine by air freight
887
Getting the magazine by air freight
888
Getting the magazine by air freight
889
Getting the magazine by air freight
890
Getting the magazine by air freight
891
Getting the magazine by air freight
892
Getting the magazine by air freight
893
Getting the Magazine by Air Freight
894
Getting the magazine by air freight
895
Getting the magazine by air freight
896
Getting the Magazine by Air Freight
897
Getting the magazine by air freight
898
Getting the Magazine by Air Freight
899
Getting the Magazine by Air Freight
900
Getting the Magazine by Air Freight
901
Getting the Measure of Complexity
902
Getting the measure of marposs
903
Getting the message
904
Getting the message
905
Getting the Message About Noise Across, Loud and Clear [Focus on Education]
906
Getting the message about road safety
907
Getting the message across
908
Getting the message across
909
Getting the message across
910
Getting the message across: A Peircean analysis of environmental websites
911
Getting the message out [President´s message]
912
Getting the message: a history of communications [Book Review]
913
Getting the most from accountability in P2P
914
Getting the most from community generation - an economic and technical model to control small scale renewable community generation and create a local energy economy
915
Getting the most from community generation - An economic and technical model to control small scale renewable community generation and create a local energy economy
916
Getting the most from SiC MOSFETs: Optimizing conduction and switching losses for high performance power electronics applications
917
Getting the most from your enterprise architecture
918
Getting the most from your fluoride fibres
919
Getting the most from your reliability budget
920
Getting the most out of CAM
921
Getting the most out of chapter meetings
922
Getting the most out of CNC: a report from the MTIRA seminar
923
Getting the Most Out of Ensemble Selection
924
Getting the most out of historic reliability data
925
Getting the most out of legacy code: the uses of HyperCode within a typical IS organization
926
Getting the most out of nature´s laws ¿ towards more efficient electrical and magnetic machines
927
Getting the most out of seminars: Listening by objectives
928
Getting the most out of the IAS - awards and recognition [President´s message]
929
Getting the most out of the IAS - through involvement in IEEE standards
930
Getting the most out of the IAS-- reflections on our mission and vision [President´s message]
931
Getting the most out of the IAS- through membership growth [President´s message]
932
Getting the most out of the IAS: publications
933
Getting the most out of the IAS: some things I´ve learned [President´s message]
934
Getting the most out of the IAS: your personal professional community [President´s message]
935
Getting the most out of the IEEE Industry Applications Society - President´s Message
936
Getting the Most out of the Web
937
Getting the most out of your CFD program [for electronics cooling]
938
Getting the Most Out of Your Magazine [From the Editor´s Desk]
939
Getting the most out of your professional communications: A total quality approach
940
Getting the Picture
941
Getting the Picture
942
Getting the Picture (Jul. 1987 [T-MTT])
943
Getting The Picture [advertisement]
944
Getting The Picture [advertisement]
945
Getting the picture [computer graphics]
946
Getting the Picture: Examining How Feedback and Layout Impact Mobile Device Interaction with Maps on Physical Media
947
Getting the Point Across: Exploring the Effects of Dynamic Virtual Humans in an Interactive Museum Exhibit on User Perceptions
948
Getting the Priorities Right: Literature vs Practice on IT Governance
949
Getting the Product Right [Entrepreneur Viewpoint]
950
Getting the quality and reliability terminology straight
951
Getting the Real-Time Precise Round-Trip Time for Stepping Stone Detection
952
Getting the requirements right-a professional approach
953
Getting the right pieces in the right place----and at the right time
954
Getting the right tools for the job: distributed planning in cardiac surgery
955
Getting the right tools for the job: preparatory system configuration and active replanning in cardiac surgery
956
Getting the sackߝdismissal and the law
957
Getting the static model of PIM from the CIM
958
Getting the story back with the new technology
959
Getting the temperature right
960
Getting the TV experience over IP
961
Getting the two to dance: examining barriers to health information systems research in mainstream IS journals
962
Getting the undersea cable you need
963
Getting the variables that represent the arterial diameter variation wave in radial artery
964
Getting the whole team into usability testing
965
Getting there: the ten top problems left [computer graphics]
966
Getting things straight - comparing ISPRP to linearization
967
Getting through fog & clouds with FSO
968
Getting time on our side [corporate intranets]
969
Getting to “yes”: Managing ATM planning through an open collaboration APP
970
Getting to “yes”: Managing ATM planning through an open collaboration App
971
Getting to a test standard for mixed-signal boards
972
Getting to grips [Energy Fracking]
973
Getting to grips with 3D modeling
974
Getting to grips with grid [Tech Focus: Grid Computing]
975
Getting to grips with it
976
Getting to grips with jitter
977
Getting to grips with power
978
Getting to grips with the hard cell
979
Getting to know Tom Kailath
980
Getting to Know Websites through Uncertainty Reduction Strategies: Which Strategies Are Used More, and Which Are Better? An Empirical Study of First-Time Visitors
981
Getting to know what adhesives can do----it should start at school
982
Getting to know you
983
Getting to Know Your Enemy
984
Getting to know your robot
985
Getting to market all-level ASIC functionality
986
Getting to market faster. II. Reduce manufacturing turn-around
987
Getting to more abstract places using the metro map metaphor
988
Getting to the bottom of deep submicron
989
Getting to the gray box: Some challenges for model reduction
990
Getting to the heart of the matter: considerations for large-signal modeling of microwave field-effect transistors
991
Getting to the Point...?
992
Getting to zero - methods of reducing defects
993
Getting tough on antitrust
994
Getting under control the ageing of static protection relays
995
Getting under the hood: an approach to creating modular, reconfigurable instrumentation systems
996
Getting under your skin
997
Getting up close and personal: The need to immerse autonomous vehicles in coral reefs
998
Getting up Motion Planning using Mahalanobis Distance
999
Getting up to speed on stage-three NREN: gigabit testbed lessons on architectures and applications
1000
Getting up to speed with DVD recorders