Sharma et al.

Definition

Sharma et al. refers to a group of researchers, led by Sharma, who conducted significant studies in the field of energy harvesting for embedded systems. Their work primarily focuses on innovative techniques to capture energy from the environment, such as solar, thermal, and kinetic energy, to power embedded devices efficiently. This approach is crucial for developing sustainable and self-sufficient systems that can operate without conventional power sources.

5 Must Know Facts For Your Next Test

1. Sharma et al. highlighted the potential of using piezoelectric materials for energy harvesting in low-power embedded systems, which can convert mechanical stress into electrical energy.
2. Their research emphasizes the integration of energy harvesting technologies into IoT devices, aiming to enhance autonomy and reduce reliance on battery replacements.
3. The work of Sharma et al. has contributed to developing hybrid energy harvesting systems that combine multiple energy sources for improved efficiency.
4. They conducted experimental validations demonstrating the feasibility of their proposed energy harvesting methods under various environmental conditions.
5. Sharma et al. also discussed the challenges in optimizing energy conversion efficiencies and the importance of suitable circuit design in energy harvesting applications.

Review Questions

• How do Sharma et al. contribute to our understanding of energy harvesting techniques in embedded systems?
  • Sharma et al. significantly contribute to the field by exploring various methods for capturing ambient energy and integrating these techniques into embedded systems. Their research illustrates how different energy sources like solar, thermal, and kinetic can be harnessed effectively, paving the way for more autonomous and sustainable devices. By investigating piezoelectric materials and hybrid systems, they provide valuable insights into improving efficiency and reliability in energy harvesting applications.
• Evaluate the impact of Sharma et al.'s research on the development of self-sufficient IoT devices and the challenges they address.
  • The research by Sharma et al. has been pivotal in advancing self-sufficient IoT devices by introducing novel energy harvesting methods that reduce dependency on conventional power sources. They address challenges such as optimizing energy conversion efficiency and integrating multiple energy sources into a cohesive system. Their findings push the boundaries of what is possible in IoT design, leading to devices that can operate longer with minimal maintenance, thus enhancing user experience and reducing environmental impact.
• Synthesize Sharma et al.'s findings on energy harvesting with current trends in sustainable technology development.
  • Sharma et al.'s findings align closely with current trends in sustainable technology development by promoting renewable energy sources for powering embedded systems. Their exploration of hybrid energy harvesting techniques complements the growing emphasis on reducing carbon footprints and enhancing device longevity. By synthesizing their research with broader sustainability goals, we see a clear pathway towards creating greener technologies that leverage ambient energy effectively while addressing modern challenges like energy scarcity and environmental degradation.

Related terms

Energy Harvesting: The process of capturing and storing energy from various ambient sources to power electronic devices.

Embedded Systems: Specialized computing systems that are part of larger devices, designed to perform dedicated functions with real-time computing constraints.

Sustainable Energy: Energy that is produced and consumed in a way that meets present needs without compromising the ability of future generations to meet their own needs.