51 papers:
DAC-2015-LiuLLWLMLCJ0SY #energy- Ambient energy harvesting nonvolatile processors: from circuit to system (YL, ZL, HL, YW, XL, KM, SL, MFC, SJ, YX, JS, HY), p. 6.
- DAC-2015-XieZPHLX #energy
- Fixing the broken time machine: consistency-aware checkpointing for energy harvesting powered non-volatile processor (MX, MZ, CP, JH, YL, CJX), p. 6.
DATE-2015-LiLZGSSZCLY #energy #performance- An energy efficient backup scheme with low inrush current for nonvolatile SRAM in energy harvesting sensor nodes (HL, YL, QZ, YG, XS, GS, CZ, MFC, RL, HY), pp. 7–12.
- DATE-2015-ZhaoLXLHX #cyber-physical #energy #reduction
- Software assisted non-volatile register reduction for energy harvesting based cyber-physical system (MZ, QL, MX, YL, JH, CJX), pp. 567–572.
SAC-2015-EllouzeRB #energy- Energy harvesting based protection of border surveillance systems (NE, SR, NB), pp. 621–626.
HPCA-2015-MaZLSLLS0N #architecture #energy- Architecture exploration for ambient energy harvesting nonvolatile processors (KM, YZ, SL, KS, XL, YL, JS, YX, VN), pp. 526–537.
CASE-2014-MeaclemSPGHMC- Sensor guided biped felling machine for steep terrain harvesting (CVM, LS, RP, SG, CEH, BJEM, XC), pp. 984–989.
- DATE-2014-MacrelliWRHPTR #design #energy
- Design and fabrication of a 315 μΗ bondwire micro-transformer for ultra-low voltage energy harvesting (EM, NW, SR, MH, RPP, MT, AR), pp. 1–4.
CHI-2014-RyokaiSKR #energy #named #smarttech- EnergyBugs: energy harvesting wearables for children (KR, PS, EK, BR), pp. 1039–1048.
ECSA-2013-ChristensenH #architecture #automation #prototype #slicing #towards- Architectural Slicing: Towards Automatic Harvesting of Architectural Prototypes (HBC, KMH), pp. 316–319.
- DAC-2013-ZhangGQ #embedded #energy #performance #scheduling
- Improving charging efficiency with workload scheduling in energy harvesting embedded systems (YZ, YG, QQ), p. 8.
- DATE-2013-KappelHHHHH #concept #energy #power management #self
- Alternative power supply concepts for self-sufficient wireless sensor nodes by energy harvesting (RK, GH, GH, TH, GH, GH), p. 481.
- DATE-2013-KazmierskiWAM #energy #optimisation #performance
- DoE-based performance optimization of energy management in sensor nodes powered by tunable energy-harvesters (TJK, LW, BMAH, GVM), p. 484.
- DATE-2013-MishraBTRF #energy #power management
- A sub-μa power management circuit in 0.18μm CMOS for energy harvesters (BM, CB, GT, CR, PAF), pp. 1197–1202.
- DATE-2013-Mitcheson #adaptation #energy #performance #question
- Adaptable, high performance energy harvesters: can energy harvesting deliver enough power for automotive electronics? (PDM), p. 482.
- DATE-2013-WeddellMMBAB #bibliography #energy #multi
- A survey of multi-source energy harvesting systems (ASW, MM, GVM, DB, BMAH, LB), pp. 905–908.
SIGMOD-2013-SuchanekW #big data- Knowledge harvesting in the big-data era (FMS, GW), pp. 933–938.
- DAC-2012-ChristmannBCWP #energy #power management
- Energy harvesting and power management for autonomous sensor nodes (JFC, EB, CC, JW, CP), pp. 1049–1054.
- DATE-2012-RofoueiGPM #energy #optimisation
- Optimization intensive energy harvesting (MR, MAG, MP, AMN), pp. 272–275.
- DATE-2012-WangKAAW #design #energy #optimisation
- Response-surface-based design space exploration and optimisation of wireless sensor nodes with tunable energy harvesters (LW, TJK, BMAH, MA, JW), pp. 733–738.
CIKM-2012-WangDRSW #interactive #named- PRAVDA-live: interactive knowledge harvesting (YW, MD, ZR, MS, GW), pp. 2674–2676.
- DATE-2011-CarliBBR #effectiveness #energy #multi #power management
- An effective multi-source energy harvester for low power applications (DC, DB, LB, MR), pp. 836–841.
- DATE-2011-LuPRR #energy #optimisation
- Stage number optimization for switched capacitor power converters in micro-scale energy harvesting (CL, SPP, VR, KR), pp. 770–775.
- DATE-2011-MahlknechtKGW #communication #energy
- Wireless communication and energy harvesting in automobiles (SM, TJK, CG, LW), pp. 1042–1047.
- DATE-2011-WangKAWMA #energy #simulation #using
- Accelerated simulation of tunable vibration energy harvesting systems using a linearised state-space technique (LW, TJK, BMAH, ASW, GVM, INAG), pp. 1267–1272.
- CIKM-2011-WangYQSW #web
- Harvesting facts from textual web sources by constrained label propagation (YW, BY, LQ, MS, GW), pp. 837–846.
- SAC-2011-HauptPH #approach #programming language #type system
- Type harvesting: a practical approach to obtaining typing information in dynamic programming languages (MH, MP, RH), pp. 1282–1289.
- CASE-2010-OuCGWL #energy
- A two-mass cantilever beam model for vibration energy harvesting applications (QO, XC, SG, ARW, NL), pp. 301–306.
- DATE-2010-AliARA #algorithm #design #energy #evaluation #predict
- Evaluation and design exploration of solar harvested-energy prediction algorithm (MIA, BMAH, JR, DA), pp. 142–147.
- DATE-2010-RavinagarajanDR #health #monitoring #scheduling
- DVFS based task scheduling in a harvesting WSN for Structural Health Monitoring (AR, DD, TSR), pp. 1518–1523.
PODS-2010-WeikumT #web- From information to knowledge: harvesting entities and relationships from web sources (GW, MT), pp. 65–76.
SIGIR-2010-KaleBSVVGD #enterprise #named #web- iCollaborate: harvesting value from enterprise web usage (AK, TB, BS, TLPV, LV, MG, MD), p. 699.
- DAC-2009-LiuWQ #adaptation #algorithm #energy #realtime #scheduling
- An adaptive scheduling and voltage/frequency selection algorithm for real-time energy harvesting systems (SL, QW, QQ), pp. 782–787.
- DATE-2009-WangKABZ #automation #design #energy
- An automated design flow for vibration-based energy harvester systems (LW, TJK, BMAH, SPB, DZ), pp. 1391–1396.
VLDB-2009-ElmeleegyMH #relational #web- Harvesting Relational Tables from Lists on the Web (HE, JM, AYH), pp. 1078–1089.
- DAC-2008-CheeKMPSBSRWS #energy #named
- PicoCube: a 1 cm3 sensor node powered by harvested energy (YHC, MK, MM, NP, MS, FB, DS, JMR, PKW, SS), pp. 114–119.
- DATE-2008-BrunelliBMT #energy #performance
- An Efficient Solar Energy Harvester for Wireless Sensor Nodes (DB, LB, CM, LT), pp. 104–109.
- DATE-2008-LiuQW #energy #realtime
- Energy Aware Dynamic Voltage and Frequency Selection for Real-Time Systems with Energy Harvesting (SL, QQ, QW), pp. 236–241.
- DATE-2008-WangKABT #approach #energy #modelling #optimisation #performance
- Integrated approach to energy harvester mixed technology modelling and performance optimisation (LW, TJK, BMAH, SPB, RNT), pp. 704–709.
- DATE-2008-ZhouPB #analysis #generative #metric #modelling #using
- Harvesting Wasted Heat in a Microprocessor Using Thermoelectric Generators: Modeling, Analysis and Measurement (YZ, SP, SB), pp. 98–103.
- SIGMOD-2008-KasneciSIERW #named #ranking
- NAGA: harvesting, searching and ranking knowledge (GK, FMS, GI, SE, MR, GW), pp. 1285–1288.
- CHI-2008-GuyJSMSF #network #social
- Harvesting with SONAR: the value of aggregating social network information (IG, MJ, ES, NM, VS, SF), pp. 1017–1026.
- SIGIR-2008-BuduraMCA #metadata #scalability
- To tag or not to tag -: harvesting adjacent metadata in large-scale tagging systems (AB, SM, PCM, KA), pp. 733–734.
- DATE-2007-MoserTBB #adaptation #energy #power management
- Adaptive power management in energy harvesting systems (CM, LT, DB, LB), pp. 773–778.
- DATE-2007-Stanley-MarbellM #communication #energy #interface #multi #power management
- An 0.9 × 1.2”, low power, energy-harvesting system with custom multi-channel communication interface (PSM, DM), pp. 15–20.
- DAC-2006-AmirtharajahWCSZ #energy
- Circuits for energy harvesting sensor signal processing (RA, JW, JC, JS, BZ), pp. 639–644.
- DAC-2006-KansalHSR #network #power management
- Harvesting aware power management for sensor networks (AK, JH, MBS, VR), pp. 651–656.
HT-2006-WuZM #folksonomy #social- Harvesting social knowledge from folksonomies (HW, MZ, KM), pp. 111–114.
ECMDA-FA-2006-ReusGD #re-engineering- Harvesting Software Systems for MDA-Based Reengineering (TR, HG, AvD), pp. 213–225.
LSO-2005-BjornsonS #framework #process- Harvesting Knowledge through a Method Framework in an Electronic Process Guide (FOB, TS), pp. 107–111.
- SIGIR-2004-ChapmanDC #named #semantics #web
- Armadillo: harvesting information for the semantic web (SC, AD, FC), p. 598.
