Review Article
Survey of Energy-Efficient Techniques for the Cloud-Integrated Sensor Network
Table 3
Energy-efficient sensing techniques for the sensor cloud.
| References | Algorithm/method | Problem discussed | Benefit/achievement | Drawback/limitation |
| [15] | Cloud sensing and optimization of query processing | Coordinate sensing and executing tasks | Energy efficient and scalable | Testing of working version is yet to be done | [16] | Selectively sensing | Location and context and activity based | Reduced energy consumption, storage, and data processing requirement | Privacy is not preserved | [17] | CO-GPS | Sensing devices to assure duty cycle of the GPS receiver device | Energy efficient | Location accuracy and processing speed are yet to be analyzed | [18] | Collaborative sensing | Information aggregation | Utilization of energy is improved | Not scalable and privacy is not preserved | [19] | Sensing as a service | Multiple applications and incentive mechanism | Energy efficient, flexible, and provides secure loading on various platforms | Not scalable and more costly |
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