英国Codamotion(Charnwood Dynamics Ltd)
Charnwood Dynamics有限公司成立于1988年，致力于提供高品质3D动作分析解决方案，业务遍及全世界。公司解决方案包括硬件、软件、技术支持和咨询服务。Codamotion内部生产的系统已达世界领先水平，并可配备测力板、EMG等不同设备使用。公司总部位于英国莱斯特郡的若斯利，在法国的马赛市有销售和技术支持人员。其他国家的客户可以向我们在世界各地的商业合作伙伴寻求技术帮助，也可以通过电子邮件、视频会议、电话或传真等方式直接与我公司联系。
Codamotion技术的发展史
独特的Codamotion技术起源于19世纪70年代，创始人是英国拉博运大学的David Mitchelson。
要广泛适应于不同应用领域的使用需求，动作测量和分析系统应具备以下基本条件：
拥有较高的空间分辨率、瞬时清晰度以及精确度（精确度达亚毫米，且大于>200Hz）
可对标志物进行自动识别
可实时输出坐标数据，延迟期为毫秒级
拥有预校准功能
使用方便
便于携带

在最初研发阶段，我们对一些技术进行了评估，其中包括超声波、雷达、惯性设备、以及摄像机。评估发现这些技术均不符合上述条件，而被否定，于是，公司便开始了对新方法的漫长探索。

 
The Codamotion Team
Codamotion is backed by an experienced team of engineers and support staff. All staff are passionate about their specialist subject areas and keen to help movement analysis practitioners in their work. The team thrives on feedback from Codamotion users which helps the company to enhance products and give high quality technical support. It is by working in this way that Codamotion maintains its position as the world's movement analysis provider of choice .

About the Company
Established in 1988, Charnwood Dynamics Ltd is a company dedicated to providing quality 3D Movement A nalysis Solutions throughout the world . This includes hardware, software, technical support and consultancy. The world-leading Codamotion range of systems is built in-house, and can be supplied with a range of devices such as force plates and EMG systems. The company head office is in the United Kingdom in Rothley, Leicestershire. Further sales and support staff are based in Marseilles, France. Worldwide support is provided through business partners and through direct email, video-conferencing, telephone, and fax.

History of Codamotion Technology
The unique Codamotion technology arises from work started by David Mitchelson in the early 1970's at Loughborough University in the United Kingdom.

It was felt that if a movement measuring and analysis system were to be generally useful for a wide range of applications it should meet some basic essential criteria including:

• High spatial and temporal resolution and accuracy (sub millimetre and >200Hz)

• Automatic identification of markers

• Real-time output of co-ordinate data with millisecond latency

• Pre-calibration

• Good ease of use

• Portability

  At the time of the original development a number of possible techniques were evaluated. These included ultrasound, radar, inertial devices, and video cameras, all of which were rejected as not meeting one or more of the above criteria. So a long odyssey began to find a method that would.