Speech recognition technology is a cutting-edge method that enables machines to convert spoken language into text or actionable commands through a process of analysis and comprehension. This technology typically involves three key components: feature extraction, pattern matching, and model training. These elements work together to make speech-to-text and command-based systems more accurate and efficient.
**Design of a Universal Voice Control System Based on Voiceprint Recognition**
With the rapid advancement of the Internet of Things (IoT), home automation is evolving rapidly. Voice control, as a natural and intuitive interface, has become a popular and convenient way to manage smart devices. Integrating voice control with security features can significantly enhance user experience and system reliability. In this project, we aim to develop a universal framework that supports various voice-controlled applications, making it easier to implement in different smart environments.
**Multifunctional Wireless Monitoring Wheeled Robot with Voice Control**
The design of this device is compact, lightweight, and highly flexible, meeting industrial quality standards. The project has thoroughly researched and evaluated the underlying technologies, minimizing technical risks and ensuring feasibility. An optimized implementation plan was developed, and market potential was also analyzed to ensure long-term viability. This system shows great promise for future applications in monitoring and remote control scenarios.
**Design and Implementation of a Speech-Controlled Frequency Selection Filter Using FPGA**
Currently, most speech recognition systems are implemented using software platforms. However, hardware-based implementations remain rare. Our research focuses on developing a speech recognition system for small vocabularies and non-specific users. We have studied and applied current mainstream algorithms to create an efficient and practical solution.
**Gas Stove Voice Control Device Based on SPCE061A Microcontroller**
This project introduces a voice control system designed to improve the safety of gas stove usage. By integrating voice control features, users can operate the stove by voice, such as igniting, adjusting flame levels, and shutting off the gas when necessary. The system also provides voice prompts and alerts, enhancing both convenience and safety.
**DIY Creative Appliances: Software and Hardware Implementation of an AVR-Based Home Voice Controller**
This project develops a home appliance keyword recognition system that allows users to control basic household devices through voice commands. It also includes voice feedback for real-time status updates, bringing voice technology into everyday life and improving comfort and convenience.
**DIY Smart Home: Complete Design of an Intelligent Appliance Voice Control System**
In many homes, numerous appliances require infrared remote controls, which can be inconvenient due to line-of-sight limitations and the need for multiple remotes. To address this, we designed a single, integrated voice-controlled device that can manage common functions of various appliances. It automatically cuts off power when the appliance is not in use, promoting energy efficiency.
**Non-Specific Person Car Audio Voice Control System**
This paper presents a design that uses the UniSpeech-SDA80D51 voice processing chip as the core component to control car audio systems. The system enables non-specific users to perform voice-based operations on the SL1102C1 car audio, making it more accessible and user-friendly.
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