Energy harvesting for wireless sensor networks: technology, components and system design
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| Format: | Buch |
| Sprache: | English |
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Berlin, Boston
De Gruyter Oldenbourg
[2019]
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| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XVII, 383 Seiten Illustrationen, Diagramme |
| ISBN: | 9783110443684 |
Internformat
MARC
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| 245 | 1 | 0 | |a Energy harvesting for wireless sensor networks |b technology, components and system design |c edited by Olfa Kanoun |
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Datensatz im Suchindex
| DE-BY-862_location | 2000 |
|---|---|
| DE-BY-FWS_call_number | 2000/ST 200 K16 |
| DE-BY-FWS_katkey | 739208 |
| DE-BY-FWS_media_number | 083000522844 |
| _version_ | 1806176623008940032 |
| adam_text | CONTENTS
PREFACE* V
PART I: FUNDAMENTALS AND METHODS
ROBERTO PALMA, JOSE L. PEREZ-APARICIO, AND PEDRO MUSEROS
FINITE ELEMENT MODELING OF ENERGY HARVESTERS: APPLICATION TO VIBRATIONAL
DEVICES * 3
1 INTRODUCTION * 3
2 ACTIVE MATERIALS
-----
5
3 CONTINUUM PHYSICS * 9
3.1 OUTLINE OF CONTINUUM MECHANICS * 10
3.2 OUTLINE OF CONTINUUM ELECTRODYNAMICS * 13
3.3 OUTLINE OF THERMODYNAMICS * 16
3.4 SUMMARY OF GOVERNING EQUATIONS * 18
4 FINITE ELEMENT METHOD * 20
4.1 OUTLINE OF THE FINITE ELEMENT METHOD * 20
4.2 FINITE ELEMENT MODELING OF ACTIVE MATERIALS * 22
5 APPLICATION: ENERGY PRODUCTION IN HIGH-SPEED RAILWAY BRIDGES * 24
5.1 OVERVIEW OF HIGH-SPEED RAILWAY BRIDGES * 24
5.2 NUMERICAL MODELING OF HARVESTERS * 30
6 CONCLUDING REMARKS * 33
CHRISTIAN VIEHWEGER
SOLAR ENERGY HARVESTING FOR WIRELESS SENSOR SYSTEMS * 37
1 INTRODUCTION * 37
2 ASSESSMENT OF THE INCOMING ENERGY * 38
3 MAXIMUM POWER POINT TRACKING * 40
3.1 THE MOST COMMON METHODS * 41
4 CONCLUSION
-----
44
ZDENEK HADAS AND JAN SMILEK
EFFICIENCY OF VIBRATION ENERGY HARVESTING SYSTEMS * 45
1 INTRODUCTION * 45
2 VIBRATION ENERGY HARVESTING SYSTEMS * 46
2.1 MECHANICAL RESONATORS OF VIBRATION ENERGY HARVESTING SYSTEMS * 47
2.2 COMPLEX MODEL OF A VIBRATING STRUCTURE WITH AN ENERGY HARVESTING
SYSTEM * 48
2.3 EFFICIENCY OF VIBRATION ENERGY HARVESTING SYSTEMS * 49
3 MODEL OF AN ELECTROMAGNETIC ENERGY TRANSDUCER* 50
4 EFFICIENCY ANALYSIS BASED ON VIBRATION ENERGY HARVESTING
SIMULATION
-----
51
4.1 MECHANICAL MODEL OF THE VIBRATION ENERGY HARVESTING SYSTEM * 51
4.2 EQUIVALENT RLC CIRCUITS OF THE VIBRATION ENERGY HARVESTING SYSTEM *
53
5 ANALYSES AND SIMULATION RESULTS OF EQUIVALENT RLC CIRCUITS
-----
54
5.1 MECHANICAL AND ELECTRICAL PARAMETERS FOR ANALYSES
-----
54
5.2 ANALYSES OF EFFICIENCY AND OUTPUT POWER FOR MECHANICAL
PARAMETERS * 55
5.3 ANALYSES OF EFFICIENCY AND OUTPUT POWER FOR COUPLING PARAMETERS * 58
6 COMPARING THE PERFORMANCE OF VIBRATION ENERGY HARVESTERS * 59
7 CONCLUSIONS* 61
MARTIN GOETZ
ENERGY MANAGEMENT CONCEPTS FOR WIRELESS SENSOR NODES
-----
65
1 INTRODUCTION * 65
2 ENERGY HARVESTING FROM AMBIENT POWER SOURCES * 67
3 WIRELESS POWER TRANSFER * 68
4 ENERGY STORAGE * 70
5 LOADS
-----
70
6 ENERGY MANAGEMENT APPROACHES* 71
6.1 ACTIVE AND PASSIVE ENERGY MANAGEMENT * 71
6.2 MICROCONTROLLER-BASED ENERGY MANAGEMENT
-----
72
6.3 MULTI LEVEL ENERGY MANAGEMENT
-----
72
7 EXTRACTION POWER MANAGEMENT STRATEGIES * 73
7.1 MAXIMUM POWER POINT* 73
7.2 MAXIMUM POWER POINT TRACKING * 74
7.3 MAXIMUM ENERGY EXTRACTION * 75
7.4 HYBRID HARVESTING* 78
7.5 NON-LINEAR ENERGY MANAGEMENT * 80
8 CORE SYSTEM ENERGY MANAGEMENT STRATEGIES * 80
8.1 ENERGY STORAGE MANAGEMENT * 80
8.2 MULTI-STORAGE MANAGEMENT * 86
8.3 VOLTAGE SUPERVISION * 89
8.4 SYSTEM OPTIMIZATION * 91
9 WIRELESS ENERGY MANAGEMENT STRATEGIES
-----
92
9.1 WIRELESS COMMUNICATION/ENERGY CONSERVATION IN LINK AND
NETWORK LAYERS
-----
92
9.2 ENERGY AWARE ROUTING, MULTI-HOP DEPLOYMENTS AND CLUSTERING* 94
10 CONCLUSION * 95
PART II: VIBRATION CONVERTERS AND HYBRIDIZATION
SLIM NAIFAR, SONIA BRADAI, SLIM CHOURA, AND OLFA KANOUN
MAGNETOELECTRIC VIBRATION ENERGY HARVESTING * 103
1 INTRODUCTION
-----
103
2 MAGNETOELECTRIC COMPOSITES * 104
2.1 MAGNETOELECTRIC EFFECT * 104
2.2 MAGNETOELECTRIC MATERIALS
-----
105
2.3 MAGNETOELECTRIC LAMINATE COMPOSITES * 106
3 OVERVIEW OF MAGNETOELECTRIC ENERGY HARVESTERS * 106
3.1 RECTANGULAR MAGNETS * 107
3.2 HOLLOW MAGNETS * 108
4 FINITE ELEMENT MODEL OF MAGNETOELECTRICITY * 110
4.1 MODELING OF MAGNETOSTRICTION * 110
4.2 MODELING OF ADHESIVELY BONDED JOINTS * 111
4.3 SIMULATION MODEL * 111
5 RESULTS AND DISCUSSION
-----
112
6 CONCLUSION
-----
112
CARLO TRIGONA, SONIA BRADAI, SLIM NAIFAR, OLFA KANOUN, AND SALVATORE
BAGLIO
NONLINEAR ELECTROMAGNETIC VIBRATION CONVERTER WITH BISTABLE RMSHI FOR
POWER HARVESTING FROM AMBIENT VIBRATION * 117
1 INTRODUCTION * 117
2 THE PROPOSED NONLINEAR VIBRATION CONVERTER
-----
118
2.1 PRINCIPLE
-----
118
2.2 EXPERIMENTAL SETUP
-----
119
3 RESULTS
-----
120
4 CONCLUSION
-----
123
KRYSTIAN TYGAS, PIOTR WOLSZCZAK, PAWET ST^CZEK, AND GRZEGORZ LITAK
ENERGY HARVESTING FROM AN OSCILLATING VERTICAL PIEZOELECTRIC CANTILEVER
WITH
CLEARANCE * 125
1 INTRODUCTION
-----
125
2 METHODS AND EXPERIMENTAL SETUP
-----
126
3 RESULTS ON POWER OUTPUT
-----
128
4 SOLUTION IDENTIFICATION
-----
128
5 FREQUENCY SWEEP: EVOLUTION OF THE SOLUTION
-----
131
6 CONCLUSIONS
-----
134
SONIA BRADAI, SLIM NAIFAR, RIADH ELLEUCH, AND OLFA KANOUN
ON HYBRIDIZATION OF ELECTROMAGNETIC VIBRATION CONVERTERS
* 137
1 INTRODUCTION
-----
137
2 HYBRID CONVERTERS * 138
2.1 ELECTROMAGNETIC-PIEZOELECTRIC VIBRATION CONVERTER* 138
2.2 ELECTROMAGNETIC-MAGNETOELECTRIC VIBRATION CONVERTER
-----
142
2.3 ELECTROMAGNETIC-MAGNETOSTRICTIVE VIBRATION CONVERTER * 143
2.4 COMPARISON OF HYBRID SYSTEMS * 144
3 HYBRID MAGNETOELECTRIC-ELECTROMAGNETIC CONVERTERS
-----
146
3.1 DESIGN OF AN EM/ME VIBRATION CONVERTER* 147
3.2 EFFECT OF COMBINED EM-ME ON THE ENERGY OUTCOME------147
4 CONCLUSION
-----
150
ANDRZEJ RYSAK, MAREK BOROWIEC, ARKADIUSZ SYTA, AND GRZEGORZ LITAK
HYBRID VIBRATIONAL ENERGY HARVESTING USING PIEZOELECTRIC AND
MAGNETOSTRICTIVE TRANSDUCERS
* 153
1 INTRODUCTION * 153
2 EXPERIMENTAL SETUP AND MEASUREMENT RESULTS
-----
154
3 CONCLUSIONS
-----
157
PART III: WIRELESS ENERGY TRANSFER
ELENA BOSHKOVSKA, NIKOLA ZLATANOV, XIAOMINGCHEN, DERRICK WING KWAN NG,
AND ROBERT SCHOBER
BEAMFORMING DESIGN FOR SECURE SWIFT SYSTEMS UNDER A NON-LINEAR
ENERGY HARVESTING MODEL * 161
1 INTRODUCTION * 161
2 CHANNEL MODEL * 164
2.1 NONLINEAR ENERGY HARVESTING MODEL * 165
2.2 ACHIEVABLE SECRECY RATE * 167
3 PROBLEM FORMULATION AND SOLUTION * 168
4 RESULTS * 171
5 CONCLUSIONS * 174
6 APPENDIX
-----
174
6.1 PROOF OF PROPOSITION 1
-----
174
6.2 PROOF OF THEOREM 1 * 175
ISSAM CHAOUR, AHMED FAKHFAKH, AND OLFA KANOUN
RADIO FREQUENCY POWER TRANSFER FOR WIRELESS SENSORS IN INDOOR
APPLICATIONS
1 INTRODUCTION
-----
181
2 RF TO DC CONVERSION AND STORAGE * 182
3 REFLECTION COEFFICIENT AND MATCHING CIRCUIT * 185
4 RF-DC RECTIFIER CIRCUITS FOR RF POWER TRANSFER * 186
4.1 SCHOTTKY DIODE
-----
186
4.2 TOPOLOGIES FOR RF TO DC RECTIFIERS * 188
4.3 RF TO DC RECTIFIER BASED ON A DIODE-CONNECTED CMOS TRANSISTOR * 192
5 CONCLUSION
-----
194
MOHAMMAD HAERINIA
MODELING AND SIMULATION OF INDUCTIVE-BASED WIRELESS POWER TRANSMISSION
SYSTEMS * 197
1 INTRODUCTION * 197
2 FUNDAMENTAL PRINCIPLES OF THE INDUCTIVE COUPLING APPROACH * 198
3 MODELING AND SIMULATION OF INDUCTIVE POWER TRANSFER (IPT)
SYSTEMS * 200
3.1 RESONANT INDUCTIVE COUPLING AS A POTENTIAL MEANS FOR WPT TO PRINTED
SPIRAL COILS * 200
3.2 INVESTIGATION OF THE RECEIVING POT CORE EFFECT ON THE MAGNETIC FLUX
DENSITY IN INDUCTIVE COUPLING-BASED WIRELESS POWER TRANSFER * 206
3.3 ELECTROMAGNETIC ANALYSIS OF DIFFERENT GEOMETRIES OF TRANSMITTING
COILS
FOR WIRELESS POWER TRANSMISSION APPLICATIONS * 211
4 CONCLUSION * 217
BILEL KALLEL, GHADA BOUATTOUR, OLFA KANOUN, AND HAFEDH TRABELSI
WIRELESS POWER TRANSMISSION VIA A MULTI-COIL INDUCTIVE SYSTEM * 221
1 INTRODUCTION * 221
2 EFFECT OF VERTICAL AND LATERAL DISTANCES ON INDUCTIVE POWER
TRANSFER (IPT) SYSTEMS * 222
3 CLASSIFICATION OF THE MULTI-COIL INDUCTIVE SYSTEMS * 223
4 EXAMPLES OF THE USE OF MULTI-COIL INDUCTIVE SYSTEMS * 224
4.1 THREE-COIL SYSTEMS * 224
4.2 FOUR-COIL SYSTEMS
-----
225
4.3 MULTI-COIL SYSTEMS
-----
226
5 MODELING OF MULTI-COIL INDUCTIVE SYSTEMS * 227
5.1 BASIC LAWS * 227
5.2 ANALYTICAL MODELING* 229
5.3 ANALYTICAL EXPRESSION FOR EQUIVALENT INDUCTANCE Z.EQ * 229
5.4 ANALYTIC EXPRESSION FOR EQUIVALENT MUTUAL INDUCTANCE /WEQ * 230
5.5 ANALYTICAL EXPRESSION FOR INDUCED VOLTAGE AND CURRENT* 231
6 OPTIMIZATION OF MULTI-COIL INDUCTIVE SYSTEMS * 231
6.1 RECEIVED POWER OPTIMIZATION * 231
6.2 TOPOLOGY OPTIMIZATION * 233
6.3 DETECTION OF THE RECEIVER* 234
7 CONCLUSION * 234
GHADA BOUATTOUR, BILEL KALLEL, OLFA KANOUN, AND HOUDA DERBEI
ENERGY MANAGEMENT FOR INDUCTIVE POWER TRANSMISSION
* 237
1 INTRODUCTION
-----
237
2 COIL SHAPE AND ORIENTATION * 239
2.1 COIL SHAPE * 239
2.2 COIL ORIENTATION
-----
239
3 ENERGY MANAGEMENT AT THE SENDING SIDE * 240
3.1 DC/AC INVERTERS * 240
3.2 RESONANCE TOPOLOGIES * 243
4 ENERGY MANAGEMENT ON THE RECEIVING SIDE * 246
4.1 RECTIFICATION STAGE * 246
4.2 DC TO DC CONVERTER
-----
248
4.3 CHARGE STORAGE * 249
5 CONTROL SYSTEM ON INDUCTIVE POWER TRANSMISSION SYSTEMS * 251
6 CONCLUSION * 252
PART IV: ENERGY SAVING AND MANAGEMENT STRATEGIES
RYM CHEOUR, MOHAMED WASSIM JMAL, OLFA KANOUN, AND MOHAMED ABID
TOWARDS ENERGY-EFFICIENT POWER MANAGEMENT FOR WIRELESS SENSORS NETWORKS
* 257
1 INTRODUCTION
-----
257
2 ENERGY SAVING TECHNIQUES IN WIRELESS SENSOR NETWORKS
-----
259
3 HEERS: HYBRID ENERGY-EFFICIENT POWER MANAGER SCHEDULING
-----
261
4 PERFORMANCE EVALUATION
-----
264
5 CONCLUSION
-----
266
STEFFI KNORN AND DANIEL E. QUEVEDO
OPTIMAL ENERGY ALLOCATION IN ENERGY HARVESTING AND SHARING WIRELESS
SENSOR
NETWORKS
-----
269
1 INTRODUCTION
-----
269
2 MODELING
-----
270
2.1 ENERGY HARVESTING MODEL * 271
2.2 ENERGY SHARING MODEL
-----
272
2.3 BATTERY MODEL
-----
273
2.4 CHANNEL GAIN MODEL
-----
274
3 APPLICATION: MULTI-SENSOR ESTIMATION NETWORK WITH ENERGY HARVESTING
AND ENERGY SHARING
-----
275
3.1 SOURCE MODEL AND SENSOR MEASUREMENTS
-----
275
3.2 ENERGY HARVESTER, ENERGY SHARING AND BATTERY DYNAMICS * 276
3.3 TRANSMISSION MODEL-----276
3.4 DISTORTION MEASURE AT THE FC * 277
3.5 DYNAMIC ENERGY CONTROL * 277
4 OPTIMIZATION TECHNIQUES * 278
4.1 FINITE TIME HORIZON OPTIMIZATION * 278
4.2 INFINITE TIME HORIZON OPTIMIZATION * 279
4.3 SUBOPTIMAL SOLUTIONS
-----
280
5 SIMULATION STUDY * 281
5.1 VARYING ENERGY TRANSFER EFFICIENCY * 282
5.2 VARYING BATTERY CAPACITY* 284
6 CONCLUSIONS
-----
285
SABRINE KHRIJI, DHOUHA EL HOUSSAINI, INES KAMMOUN, AND OLFA KANOUN
ENERGY-EFFICIENT TECHNIQUES IN WIRELESS SENSOR NETWORKS * 287
1 INTRODUCTION
-----
287
2 ENERGY CONSUMPTION IN WIRELESS SENSORS NETWORKS * 289
3 ENERGY SUPPLY SOURCES IN WIRELESS SENSORS NETWORK* 291
4 ENERGY CONSERVATION IN WIRELESS SENSORS NETWORKS * 292
4.1 DATA DRIVEN APPROACHES * 293
4.2 DUTY CYCLING
-----
295
5 ENERGY-EFFICIENT ROUTING* 298
5.1 FLAT ROUTING
-----
298
5.2 HIERARCHICAL ROUTING * 299
5.3 MOBILITY-BASED ENERGY CONSERVATION SCHEMES * 301
6 CONCLUSION * 301
SADOK BDIRI, FAOUZI DERBEL, AND OLFA KANOUN
A WAKE-UP RECEIVER FOR ONLINE ENERGY HARVESTING ENABLED WIRELESS SENSOR
NETWORKS * 305
1 INTRODUCTION * 305
2 SYSTEM IMPLEMENTATION * 306
2.1 ENVELOPE DETECTOR* 307
2.2 BASEBAND AMPLIFIER * 309
2.3 BBAMP CONTROLLER
-----
309
2.4 THE DECODER* 310
2.5 WIRELESS MODULE * 311
3 SYSTEM EVALUATION * 313
3.1 MEASUREMENTS * 313
4 COMPARISON WITH THE LITERATURE * 317
5 CONCLUSION * 319
PART V: SYSTEM DESIGN AND APPLICATIONS
DHOUHA EL HOUSSAINI, SABRINE KHRIJI, KAMEL BESBES, AND OLFA KANOUN
WIRELESS SENSOR NETWORKS IN AGRICULTURAL APPLICATIONS * 323
1 INTRODUCTION * 323
2 APPLICATIONS OF WIRELESS SENSOR NETWORKS * 324
3 WIRELESS SENSOR NETWORK DEPLOYMENT SCENARIOS * 325
3.1 TERRESTRIAL WIRELESS SENSOR NETWORKS * 326
3.2 UNDERGROUND WIRELESS SENSOR NETWORKS * 326
4 WIRELESS TECHNOLOGIES AND STANDARDS * 327
5 WIRELESS SENSOR PLATFORMS FOR AGRICULTURAL APPLICATIONS * 329
6 TAXONOMY OF AGRICULTURAL MONITORING APPLICATIONS * 329
6.1 SOIL PREPARATION SYSTEM * 330
6.2 CROP YIELD SYSTEM * 331
6.3 LIVESTOCK MONITORING* 331
6.4 GREENHOUSE MONITORING * 332
6.5 HORTICULTURE MONITORING* 333
6.6 FOREST MONITORING
-----
333
7 APPLICATION-SPECIFIC SENSORS IN AGRICULTURE * 333
7.1 SOIL ANALYSIS * 334
7.2 DETECTION AND CLASSIFICATION OF CROPS, WEEDS AND FRUITS * 334
7.3 WEATHER AND CLIMATE-RELATED SENSORS * 335
8 SOLUTIONS FOR IRRIGATION SYSTEMS BASED ON WAN IN THE MEASUREMENT
AND SENSOR TECHNOLOGY LABORATORY * 335
8.1 THE NODES DEVELOPED * 337
8.2 MOTE DEPLOYMENT AND NETWORK ARCHITECTURE * 338
8.3 SOFTWARE APPLICATION * 339
9 CONCLUSION * 340
PAUL CAHILL AND VIKRAM PAKRASHI
PIEZOELECTRIC ENERGY HARVESTING FOR MONITORING OF RAIL BRIDGE
INFRASTRUCTURE * 343
1 INTRODUCTION * 343
2 PIEZOELECTRIC ENERGY HARVESTING* 345
2.1 PIEZOELECTRIC CANTILEVER ENERGY HARVESTER* 346
2.2 PIEZOELECTRIC PATCH ENERGY HARVESTER* 346
3 BRIDGE-VEHICLE INTERACTION MODEL * 347
3.1 MODELING OF BRIDGE AND TRAIN LOADINGS * 347
3.2 ATTRIBUTES OF AN INTERNATIONAL TRAIN FLEET * 348
3.3 TRAIN-INDUCED VIBRATIONS IN THE BRIDGE MODEL * 349
4 ENERGY OUTPUT FROM A BRIDGE STRUCTURE USING
A CANTILEVER HARVESTER * 350
4.1 PROPERTIES OF THE CANTILEVER ENERGY HARVESTER * 350
4.2 ENERGY HARVESTING OUTPUT FROM THE CANTILEVER ENERGY HARVESTER * 352
5 ENERGY HARVESTING FROM A BRIDGE STRUCTURE USING A PATCH ENERGY
HARVESTER
-----
354
5.1 PROPERTIES OF THE PATCH ENERGY HARVESTER * 354
5.2 ENERGY HARVESTING OUTPUT FROM THE PATCH ENERGY HARVESTER * 354
6 CONCLUSIONS
-----
357
FENG YANG AND LIN DU
HYBRID ENERGY HARVESTING METHODOLOGIES FOR ENERGIZING SENSORS TOWARDS
POWER GRID
APPLICATIONS * 359
1 INTRODUCTION
-----
359
2 ENERGY PROFILES AND METHODOLOGIES * 360
2.1 OVERVIEW
-----
360
2.2 MAGNETIC ENERGY HARVESTING * 360
2.3 THERMOELECTRIC ENERGY HARVESTING * 363
2.4 VIBRATIONAL ENERGY HARVESTING * 364
2.5 HYBRID ENERGY MANAGEMENT SYSTEM * 364
3 ENVISIONED PROTOTYPE
-----
366
4 CONCLUSIONS
-----
367
XINMING ZHAO, THOMAS KEUTEL, AND OLFA KANOUN
ENERGY HARVESTING FOR A WIRELESS MONITORING SYSTEM OF OVERHEAD
HIGH-VOLTAGE
POWER LINES * 369
1 INTRODUCTION * 369
2 THEORETICAL CONSIDERATION AND SIMULATION * 371
2.1 THEORETICAL ANALYSIS * 371
2.2 ANALYTICAL SIMULATION
-----
372
2.3 FINITE ELEMENT SIMULATION
-----
375
3 EXPERIMENT IN THE HIGH-VOLTAGE LABORATORY * 376
3.1 MEASUREMENT IN THE HIGH-VOLTAGE LABORATORY USING THE TEST HARVESTER
AND TEST POWER MODULE
-----
376
3.2 MEASUREMENT IN THE HIGH-VOLTAGE LABORATORY USING THE PROTOTYPE OF
HARVESTER HOUSING AND POWER MODULE * 378
4 PERFORMANCE TEST IN THE FIELD TEST * 380
4.1 TEST STRATEGY FOR THE FIELD TE ST
-----
380
4.2 FIELD TEST RESULTS
-----
381
5 CONCLUSION
-----
382
|
| any_adam_object | 1 |
| author2 | Kanoun, Olfa |
| author2_role | edt |
| author2_variant | o k ok |
| author_GND | (DE-588)12335062X |
| author_facet | Kanoun, Olfa |
| building | Verbundindex |
| bvnumber | BV044920126 |
| classification_rvk | ST 200 ZP 3780 ZQ 3120 ZN 8300 ZP 4400 |
| ctrlnum | (OCoLC)1077686227 (DE-599)DNB1076283446 |
| discipline | Informatik Energietechnik Elektrotechnik / Elektronik / Nachrichtentechnik Mess-/Steuerungs-/Regelungs-/Automatisierungstechnik / Mechatronik |
| format | Book |
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| id | DE-604.BV044920126 |
| illustrated | Illustrated |
| indexdate | 2024-08-01T11:24:14Z |
| institution | BVB |
| institution_GND | (DE-588)1065492103 |
| isbn | 9783110443684 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-030313436 |
| oclc_num | 1077686227 |
| open_access_boolean | |
| owner | DE-29T DE-1050 DE-634 DE-703 DE-862 DE-BY-FWS DE-11 |
| owner_facet | DE-29T DE-1050 DE-634 DE-703 DE-862 DE-BY-FWS DE-11 |
| physical | XVII, 383 Seiten Illustrationen, Diagramme |
| publishDate | 2019 |
| publishDateSearch | 2019 |
| publishDateSort | 2019 |
| publisher | De Gruyter Oldenbourg |
| record_format | marc |
| spellingShingle | Energy harvesting for wireless sensor networks technology, components and system design Sonnenenergie (DE-588)4055572-0 gnd Stromversorgung Elektrotechnik (DE-588)4535131-4 gnd Thermoelektrischer Wandler (DE-588)4185146-8 gnd Energieversorgung (DE-588)4014736-8 gnd Energiemanagement (DE-588)4124833-8 gnd Energieeffizienz (DE-588)7660153-5 gnd Drahtloses Sensorsystem (DE-588)4789222-5 gnd Energiespeicherung (DE-588)4014722-8 gnd Drahtlose Energieübertragung (DE-588)103887131X gnd Mikroelektronik (DE-588)4039207-7 gnd Autarkie (DE-588)4253273-5 gnd Schwingung (DE-588)4053999-4 gnd Energy Harvesting (DE-588)7664612-9 gnd Systementwurf (DE-588)4261480-6 gnd |
| subject_GND | (DE-588)4055572-0 (DE-588)4535131-4 (DE-588)4185146-8 (DE-588)4014736-8 (DE-588)4124833-8 (DE-588)7660153-5 (DE-588)4789222-5 (DE-588)4014722-8 (DE-588)103887131X (DE-588)4039207-7 (DE-588)4253273-5 (DE-588)4053999-4 (DE-588)7664612-9 (DE-588)4261480-6 |
| title | Energy harvesting for wireless sensor networks technology, components and system design |
| title_auth | Energy harvesting for wireless sensor networks technology, components and system design |
| title_exact_search | Energy harvesting for wireless sensor networks technology, components and system design |
| title_full | Energy harvesting for wireless sensor networks technology, components and system design edited by Olfa Kanoun |
| title_fullStr | Energy harvesting for wireless sensor networks technology, components and system design edited by Olfa Kanoun |
| title_full_unstemmed | Energy harvesting for wireless sensor networks technology, components and system design edited by Olfa Kanoun |
| title_short | Energy harvesting for wireless sensor networks |
| title_sort | energy harvesting for wireless sensor networks technology components and system design |
| title_sub | technology, components and system design |
| topic | Sonnenenergie (DE-588)4055572-0 gnd Stromversorgung Elektrotechnik (DE-588)4535131-4 gnd Thermoelektrischer Wandler (DE-588)4185146-8 gnd Energieversorgung (DE-588)4014736-8 gnd Energiemanagement (DE-588)4124833-8 gnd Energieeffizienz (DE-588)7660153-5 gnd Drahtloses Sensorsystem (DE-588)4789222-5 gnd Energiespeicherung (DE-588)4014722-8 gnd Drahtlose Energieübertragung (DE-588)103887131X gnd Mikroelektronik (DE-588)4039207-7 gnd Autarkie (DE-588)4253273-5 gnd Schwingung (DE-588)4053999-4 gnd Energy Harvesting (DE-588)7664612-9 gnd Systementwurf (DE-588)4261480-6 gnd |
| topic_facet | Sonnenenergie Stromversorgung Elektrotechnik Thermoelektrischer Wandler Energieversorgung Energiemanagement Energieeffizienz Drahtloses Sensorsystem Energiespeicherung Drahtlose Energieübertragung Mikroelektronik Autarkie Schwingung Energy Harvesting Systementwurf |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=030313436&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT kanounolfa energyharvestingforwirelesssensornetworkstechnologycomponentsandsystemdesign AT degruyteroldenbourg energyharvestingforwirelesssensornetworkstechnologycomponentsandsystemdesign |
Inhaltsverzeichnis
THWS Schweinfurt Zentralbibliothek Lesesaal
| Signatur: |
2000 ST 200 K16 |
|---|---|
| Exemplar 1 | ausleihbar Verfügbar Bestellen |