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首页> 外文期刊>International Journal of Applied Engineering Research >Character Recognition through Gestures Using SVM Algorithm
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Character Recognition through Gestures Using SVM Algorithm

机译:通过使用SVM算法的手势来识别字符识别

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摘要

The main objective of the paper is to develop a Machine Learning based system that uses gestures to perform functions. There are a lot of gesture based applications existing in today's world but every time we want to use a gesture controlled application we need to learn the predefined gestures and the functionality is also limited to the defaults provided with it. For this project, we aim to build a system which can be trained to recognize the gestures we make and perform the dedicated function we decide for it. We'll be demonstrating this by training the system to recognize letters by the gestures we make in air. To build this system, we'll be using an Arduino Board interfaced with an accelerometer. The device can be attached to the user's hand. The accelerometer will provide input to the microcontroller about the hand's (which is being used to make the gesture) coordinates. The algorithm will pick up this data and maintain a database to recognize each gesture differently. Once we train the system with the same gesture multiple times it will gather enough data to have an estimate of what the gesture should look like. This gesture can then be assigned to perform a task on the computer. We are also aiming to add Bluetooth support so as to make the gesture device wireless and more flexible.
机译:本文的主要目的是开发一种基于机器学习的系统,该系统使用手势来执行功能。当今世界存在很多基于手势的应用程序,但每次想要使用手势控制的应用程序,我们都需要了解预定义的手势,并且功能也限于提供的默认值。对于这个项目,我们的目标是构建一个可以训练的系统,以识别我们制作的手势并执行我们决定的专用函数。我们将通过培训系统来展示这一点,以识别我们在空中所做的手势的信函。要构建此系统,我们将使用与加速度计连接的Arduino板。该设备可以附加到用户的手中。加速度计将为手部(用于制作手势)坐标的微控制器提供输入。算法将拾取此数据并维护数据库以不同方式识别每个手势。一旦我们多次用同样的手势训练系统,它将收集足够的数据来估计手势应该是什么样的。然后可以分配此手势以在计算机上执行任务。我们还旨在添加蓝牙支持,以使手势设备无线和更灵活。

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