Robots that can process emotive input are more adaptable while working in complicated or uncertain contexts. Digital dogs are one example of a companion gadget that makes use of affective computing capabilities to increase realism and offer a higher level of autonomy.
Social Monitoring is the focal point of further possible uses. When a driver is upset, for instance, a car can monitor all occupants' emotions and take additional safety precautions like notifying nearby vehicles. Potential uses for Affective Computing in human-computer interaction include affective mirrors that let users see how they perform, emotion-monitoring software that gives alerts before a user sends an irate email, and even music players that choose songs depending on mood. Then, businesses might utilise computing to predict whether or not their items will be well-received by the respective.
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Click Here For the Affective Computing Market Press Release
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