Sensors Collaborative Articles

How do you ensure reliability and quality of MEMS sensors?

Learn how to design, fabricate, test, calibrate, compensate, monitor, and maintain your MEMS sensors to achieve high performance and quality.

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How do you manage and scale sensor data storage and processing in cloud-based or hybrid IoT architectures?

5 contributions

Learn how to manage and scale sensor data storage and processing in cloud-based or hybrid IoT architectures with these best practices and tools.

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What are the advantages and disadvantages of active and passive sensors?

2 contributions

Learn about the differences, benefits, and drawbacks of active and passive sensors, and how to select the most suitable one for your application.

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How do you handle sensor signal data from different modalities, such as audio, video, or bio-signals?

10 contributions

Learn how to extract and classify features from sensor signals from different modalities, such as audio, video, or bio-signals.

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How do you select and evaluate the appropriate MEMS and nanosensors for your project or product?

1 contribution

Learn how to select and evaluate the appropriate MEMS and nanosensors for your project or product. Discover the types, performance, design, and feedback of these…

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How do you compare and contrast different types of temperature sensors?

7 contributions

Learn how to compare and contrast different types of temperature sensors based on their categories, principles, advantages, and disadvantages. Find out some…

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What are the skills and competencies required for RFID and NFC sensor professionals and developers?

0 contributions

Learn the six essential skills and competencies that you need to master for RFID and NFC applications. Find out how to design, develop, analyze, secure…

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What are the most important features and criteria to look for in sensor network simulation software?

0 contributions

Learn about the features and criteria to look for in sensor network simulation software, such as accuracy, scalability, flexibility, validation, analysis, and…

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How do you design and implement a sensor network for distributed PID control?

0 contributions

Learn how to design and implement a sensor network for distributed PID control, a technique that uses multiple sensors and actuators to regulate a complex system.

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What are the best practices for sensor packaging and integration with other components?

2 contributions

Learn how to improve your sensor design and fabrication by following these best practices for sensor packaging and integration with other components.

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How can sensor fusion support environmental monitoring and disaster response efforts?

0 contributions

Learn how sensor fusion can support environmental monitoring and disaster response efforts by combining data from different sensors.

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How do you manage the trade-off between data quality and network lifetime in wireless sensor networks?

0 contributions

Learn how to manage and evaluate the trade-off between data quality and network lifetime in wireless sensor networks with various techniques and methods.

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What are the most suitable data aggregation and compression techniques for wireless sensor networks?

0 contributions

Learn about the benefits and challenges of data aggregation and compression for wireless sensor networks, and discover some of the most suitable techniques for your…

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What are the best practices for sensor data compression and aggregation?

0 contributions

Learn about the best practices for sensor data compression and aggregation, and how they can improve the performance and energy efficiency of sensor networks.

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How do you use sensor error and uncertainty information to improve decision making and control?

0 contributions

Learn how to use sensor error and uncertainty information to improve decision making and control in your sensor-based applications.

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How do you deal with missing, incomplete, or corrupted sensor data in ML pipelines?

4 contributions

Learn how to deal with sensor error and uncertainty in machine learning using techniques such as UQ, imputation, fusion, validation, and preprocessing.

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