Get the free Fault tolerant data communication network

US006467003B1 (12) United States Patent (10) Patent N0.: (45) Date of Patent: Rosenberg et al. (54) FAULT TOLERANT DATA COMMUNICATION NETWORK (56) (75) Inventors: Frank M. G. Rosenberg; Michael U.S.

How to fill out fault tolerant data communication

How to fill out fault tolerant data communication:

1. Identify the critical data: Determine what data is considered critical and needs to be protected in case of failures or disruptions in communication.
2. Implement redundancy: Set up redundant systems or networks to ensure that there are alternative paths for data transmission in case of failures.
3. Use error detection and correction techniques: Implement error detection and correction techniques such as checksums or forward error correction to identify and rectify errors in the data transmission process.
4. Employ fault detection and recovery mechanisms: Utilize fault detection mechanisms to identify and isolate faults or failures in the communication system. Implement recovery mechanisms to restore communication and minimize data loss.
5. Regularly monitor and maintain the system: Continuously monitor the fault tolerant data communication system to ensure it is functioning properly and make any necessary adjustments or repairs to maintain its effectiveness.

Who needs fault tolerant data communication?

1. Enterprises and businesses: Organizations that rely heavily on real-time data transmission and cannot afford interruptions or failures in their communication systems, such as financial institutions or healthcare providers.
2. Telecommunication companies: Service providers who offer critical communication services need fault tolerant data communication to ensure uninterrupted service for their customers.
3. Government agencies: Government entities handling sensitive information or providing crucial services require fault tolerant data communication to protect and maintain the integrity of their systems.
4. Data centers and cloud service providers: Facilities or companies that host large volumes of data need fault tolerant data communication to safeguard against data loss or disruption.
5. Critical infrastructure providers: Industries such as power generation, transportation, or emergency services rely on fault tolerant data communication to ensure essential operations can continue without interruption.

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What is fault tolerant data communication?

Fault tolerant data communication is a method of transmitting data that is designed to continue functioning even in the event of failure or interruption.

Who is required to file fault tolerant data communication?

Organizations and businesses that rely on data communication systems are typically required to implement fault tolerant data communication protocols.

How to fill out fault tolerant data communication?

To fill out fault tolerant data communication, organizations need to assess their existing data communication systems, identify potential points of failure, and implement redundant systems or protocols to ensure continuous operation.

What is the purpose of fault tolerant data communication?

The purpose of fault tolerant data communication is to ensure that data transmission is not interrupted or compromised in the event of system failures or disasters.

What information must be reported on fault tolerant data communication?

Information such as the system architecture, redundancy measures, failure detection mechanisms, and disaster recovery plans must be reported on fault tolerant data communication.

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