资源列表
skkljdjsga
- 捷联惯导系统导航算法研究,高动态环境下捷联惯导系统划船误差补偿算法-The strapdown inertial navigation system navigation algorithm research, the high dynamic environment boating strapdown inertial navigation system error compensation algorithm
PowerSystem
- 水电火电协调调度时，利用水电启动便利，方应迅速的特点，对负荷削峰，余留负荷给火电-Thermal power and hydropower scheduling, the use of hydropower to start a convenience, the party shall promptly to the characteristics of the load peak clipping, the remaining load to the thermal power
blowfish
- This the blowfish code to use in your network simulation using NS2. Define a new agent and attach the code to use it.-This is the blowfish code to use in your network simulation using NS2. Define a new agent and attach the code to use it.
Signal-Conditioning
- you can learn why signal conditioning is important
adc-resolution
- you can learn how to calculate the adc resolution
Instrumentation-Amplifier
- you can learn the instrumentation amplifier
ADC_APP_NOTE
- you can learn the basics of adc application
TemperatureControl
- basics to learn temperature control
ABCs_of_ADCs
- the user can learn the basics of adc.the different types of adc are succeesive aprrox and sigma delta
bluetooth_examples
- Here is example application code for bluetooth(BLE). Easy to understand and very easy to use.
transfer-alignment
- 适用于大失准角情形的速度姿态匹 配传递对准非线性误差模型进行惯性导航系统快速传递对准技术研究-For large misalignment angles situation speed Attitude Matching Transfer Alignment nonlinear error model of inertial navigation systems Rapid Transfer Alignment Technology
Allan-variance-analysis-
- 分析了 MEMS 惯性器件具有的典型误差项, 介绍了 Allan 方差分析方法的原理和实 现方法, 利用该方法可以对MEMS惯性器件的各个误差项进行辨识. 通过对一种商用级MEMS陀螺仪和加速 度长时间实测得到的数据进行处理和分析, 验证了Allan方差分析方法应用于误差项辨识的可行性, 并给出了 该 MEMS 惯性器件的各个误差项识别结果. 使用 Allan 方差方法得到的误差项系数可以直接应用于惯性器件 误差建模, 对于 GNSS/INS 组合导航系统的实现和改进有重要意义-