| 1. | The field bus technique and its application in the field of space tracking and control
现场总线技术及其在航天测控系统中的应用 |
| 2. | If chinese aerospace techniques want to keep up with the world , the standard of data system must accord with the ccsds
我国航天要走向世界,航天测控与数据系统体制就要与ccsds标准接轨。 |
| 3. | With the development of aerospace industry , the multifunctional terminal equipment for base band has been developed in recent years
随着我国航天事业的发展,国内已成功研制出集多种功能为一体的航天测控综合基带设备。 |
| 4. | Target trajectory smoothing , filter , prediction technique based on a parameterized model is widely used in aerospace measurement and control
基于参数建模技术的目标航迹平滑、滤波和外推技术在航天测控中得到了广泛的应用。 |
| 5. | This network has acquired the capability of sharing tt resources with international network , and its technology has reached the international advanced level
中国航天测控网已具备国际联网共享测控资源的能力，测控技术达到了世界先进水平。 |
| 6. | This network has acquired the capability of sharing tt & c resources with international network , and its technology has reached the international advanced level
中国航天测控网已具备国际联网共享测控资源的能力，测控技术达到了世界先进水平。 |
| 7. | With the rapid progress of space technology , old space tt & c system take on much shortage and new generation space tt & c technology is developing towards digital way
随着我国航天技术的迅速发展，已有的航天测控系统呈现出很多不足之处，新一代的航天测控技术正朝着数字化的方向发展。 |
| 8. | To the demand of multi - object trace technology in the developing tt & c ( tele - tracking & controlling ) system , a special algorithm for information code in tt & c system is put forward to solve the problems in multi - object trace system
摘要针对航天测控技术发展中对多目标测控技术的需求，提出了采用特殊信息编码算法解决多目标测控中的问题。 |
| 9. | Digitalizing includes modulation mode digitalized and equipment all digitalized . aiming at this characteristic , this thesis research in carrier synchronization and signal demodulation of new generation space tt & c system
数字化包括调制方式的数字化和设备的全数字化，本文就结合这一特点对新一代航天测控系统中载波同步和信号解调进行了研究。 |
| 10. | In modern communication , direct sequence spread spectrum communications was widely used in the fields of telemetering and telecontrol systems , because of low interception probability , its high noise resistance and good security
在现代通信中,直接序列扩频通信技术以其截获概率低、抗干扰性强、保密性高等优点,在航天测控领域得到了广泛的应用。 |
