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This paper presents one implementation of the voice control module within the smart home automation cloud. The implemented voice control module can process the textual result of arbitrary speech-to-text conversion engine, to detect patterns corresponding to the device names and desired actions. Based on the detected command semantics, control messages for smart home automation cloud are generated,...
In this paper, we propose one solution to enable voice control within the existing home automation system. The solution integrates the available online voice recognition engine with the existing home automation system. First, we describe the proposed architecture and system components. Then, we verify the correctness of the implementation. Also, we confirm that the response time of the proposed solution...
In this paper, we explore the possibility of using existing voice recognition tools, in order to add the voice control interface to the existing smart home automation system. The choice of the voice recognition engine influences the architecture of the voice command interface, and determines its performance. We discuss the possible architectures of the voice enabled smart home automation systems....
In this paper we discuss the possibility of using available cloud based voice recognition services, to enable voice control in the smart home automation system. We identify possible architectures, depending on the voice recognition service API. We implement two of the proposed architectures, and compare them in terms of the performance and development cost.
In this paper, we implement a voice command interface for smart home automation systems. The proposed interface defines command patterns, which can be easily mapped to specific devices, device functionalities and device locations. Also, the control of devices in a group is supported. The proposed voice command interface is implemented in way that supports various voice recognition engines.
As part of the voice command system for the existing smart home automation solution, we want to build the wake word module. This module should continuously listen and process the sounds from the environment, in order to detect the pre-defined wake word. Once the wake word is pronounced by the user, wake word module should trigger the actual voice command processing, which will result in the action...
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