It is recommended that selecting observables after a running average filter or combination as a detection observable can detect and correct cycle slips for single frequency 因此，本文选择合适的经过平滑或组合处理后的观测数据作为探测周跳的检验量，探测并改正单个频点上的周跳。
The result shows that not only to large cycle slip but also to small cycle slip , can be precisely detected in each frequency at single epoch 结果证明，不管对大周跳还是小周跳，该方法均能在单历元间准确地探测出各个频率上发生的周跳，较之双频组合观测值的探测方法具有更大的优越性。
In the process of gps triple frequency observables , the rms of the integer ambiguity isn ' t fit for detecting and correcting cycle slips for the pseudo - range noise 摘要在gps三频非差观测数据的处理中，由于伪距噪声的影响，利用原始的伪距和载波相位观测数据估计的模糊度误差比较大，不能用于探测和改正周跳。
This model avoids the troublesome problem of cycle slip detecting and repairing , not only applicable to the static and dynamic monitoring modes but also suitable for the case that the synchronous satellites are less than four 该模型避免了周跳的探测与修复，可适用于动态、静态两种监测模式及同步观测卫星少于4颗的情况。
In this thesis , an arithmetic in single epoch without integer ambiguity resolution and cycle slip detection and repair is given for single frequency receiver . applying the arithmetic , we can get the same high positioning precision 应用此方法,不需要进行复杂的整周模糊度确定和周跳探测与修复等处理过程,而达到同样的定位精度。
Using the non - sensitive characteristic of ambiguity function method ( afm ) regarding cycle slips , it is sufficiently exerted the characteristic of genetic algorithms which are optimization for ambiguity solution on - the - fly . 5 利用模糊度函数法对于周跳不敏感的特点，充分发挥遗传算法的优化搜索特点，以实现对载波相位整周模糊度的在航解算。
The key problems of gps carrier phase measurement are how to solve the integer ambiguity of gps carrier and how to detect and compensate the cycle slip of gps carrier in the period of navigation process 载波相位测量定位的关键问题是如何确定整周模糊度和周跳的探测和修复。本文对此问题展开研究，讨论了在载体动态运行环境下，动态整周模糊度问题和周跳的探测与修复问题。
The simulate l5 observation is used , combined with the traditional pseudorange / carrier phase combination method , to compute example of cycle slip detection and restoration , and is compared with the cycle clip detection method of the double frequency combination observation 摘要利用模拟的l5观测数据，结合传统的伪距载波组合法，对周跳的探测与修复进行了实例计算，并与双频组合测值的周跳探测方法进行了比较。
So the success rate and reliability are relatively high . the results obtained from examples indicate that : after well elimination of systematic errors , the new method can locate the gross errors and cycle slips accurately and can give comparatively accurate estimators of them 算例结果表明，这种方法思路简单、直观，便于实施，在系统误差得到较好处理后，该方法对粗差和周跳的定位准确，并能给出较准确的估值。
Precise kinematic gps surveying in single - baseline mode is investigated with the emphasis on the ( near ) instantaneous ambiguity resolution for short - baselines , on the ambiguitiy resolution for long - baselines and on quality control . the main achievements of this paper are as follows : 1 本论文针对单基线动态测量模型，就短基线模糊度快速解算、中长距离模糊度解算、 gps动态测量(包括定位、测速和姿态测量)以及周跳检测与修复等质量控制问题展开研究。
