The field of service robotics is growing rapidly due to the increasing need of automation, safety and time saving. Robotic systems are mainly deployed in industry and nowadays we see robot applications very helpful for customers.
It can be concluded, that in such “advanced” applications, successfulness of robotic devices depends critically on the reliable, user-friendly and intuitive interface, which enables “cooperation” between a user and a robotic system. Usage of more natural form of an interface, which enables human-like interaction involving speech, vision and other channels, can provide more usable, intuitive and ergonomic interface.
Cognitive Audio Speech together with auditory perception can be identified as the most important channels to exchange ideas and thoughts among people. These attributes make speech the most important modality in HMI. Therefore, speech technologies become widely used in advanced robotic applications.
When we are talking about speech technologies, another technology can be mentioned, whose relation to speech technologies is based on analyzing the audio signal and on similar processing Technical – Fault, Alarm & event detection. In robotics, recognition of sounds and alerting the operator can be very useful due to the fact that Machine is in fault condition speech which type of fault and what is solution .
PROBLEMS Related to PLC
cta Polytechnica Hungarica Vol. 10, No. 5, 2013
- Lots of time PLC happens in fault condition customer don’t know about what’s type of Faults & Solutions.
- In production some time Temperature Value, pressure Value, pumps value increase/decrease customer miss lot of time to read alarms value from HMI or Scada that’s highly effect to Productions.
- Many times, there is a communication problem in the machine, so the customer does not know what the problem is.
Cognitive Audio Application
- PLC Fault code & Solution + Alarms.
