【TOSHIBA】Wireless sensor network

Summary

Toshiba's wireless sensor network technology revolutionizes urban monitoring by enabling autonomous communication between sensors. This innovative system efficiently oversees critical infrastructure, such as bridges and tunnels, while maintaining low power consumption for long-lasting operation. By dynamically adjusting to environmental conditions, the sensors create a robust mesh network that gathers reliable data across extensive areas. This technology not only enhances social safety but also integrates seamlessly into the increasingly complex urban landscape, paving the way for smarter, more connected communities in the future.

Takeaways

• 😀 Toshiba's wireless sensor network technology enhances social safety through real-time monitoring of urban infrastructure.
• 🔗 The system allows sensors to communicate and control one another, creating an interconnected network.
• 🛠️ It can monitor critical infrastructure such as bridges and tunnels, as well as power and network cables.
• 🔋 The technology is designed for low power consumption, enabling long-term operation on batteries alone.
• 📊 Sensors autonomously recognize ambient conditions and adjust communication timing for optimal performance.
• 🌐 The network can gather sensor data reliably over wide areas using a bucket relay format.
• 🔒 Autonomous mesh networking improves resilience and adaptability to varying conditions.
• 🔍 This maintenance-free system simplifies the monitoring of structural deterioration over time.
• 🚀 Toshiba's technology aims to maximize social safety by integrating complex urban functions.
• 🌟 The vision for the future includes smarter cities supported by reliable wireless sensor networks.

Q & A

What is the main purpose of Toshiba's wireless sensor network technology?

The main purpose is to enable sensor networks to monitor infrastructure, enhance social safety, and facilitate communication among urban functions.

How does the wireless sensor network monitor infrastructure?

It can monitor structures such as bridges and tunnels by attaching sensors that detect structural deterioration over time.

What advantage does the maintenance-free system offer?

The maintenance-free system reliably collects sensor data across a wide area without the need for frequent upkeep or intervention.

What are the key factors in Toshiba's wireless sensor network technology?

The key factors include the formation of an autonomous mesh network and achieving low power consumption without special settings.

How do the wireless sensors adjust their operations?

Each wireless sensor autonomously recognizes ambient conditions, adjusts communication timing, and forms a communication network with neighboring sensors.

What is the significance of low power consumption in this technology?

Low power consumption is crucial as it allows wireless communication to be maintained for extended periods using only batteries.

What format does the wireless sensor network use to gather data?

The network gathers sensor data in a bucket relay format, which facilitates efficient data transmission across the network.

How does the network minimize standby power?

It minimizes standby power by adapting to communication conditions, ensuring that energy is conserved when sensors are not actively transmitting data.

In what way does Toshiba envision the future with this technology?

Toshiba envisions a future where complex urban functions are interconnected with high reliability to maximize social safety.

What types of environments can benefit from this technology?

The technology can benefit various environments, especially those requiring long-term observation, such as urban infrastructure and public spaces.