1 Ding, H., "Tool Path Generation and Simulation of Dynamic Cutting Process for Five-Axis NC Machining" 55 (55): 3408-3418, 2010
2 Dong, X., "The Reconstruction of a Semi-Discretization Method for Milling Stability Prediction Based on Shannon Standard Orthogonal Basis" 85 (85): 1501-1511, 2016
3 Piegl, L., "The NURBS Book" Springer-Verlag 1997
4 Castagnetti, C., "The Domain of Admissible Orientation Concept: A New Method for Five-Axis Tool Path Optimisation" 40 (40): 938-950, 2008
5 Yuen, A., "Smooth Trajectory Generation for Five-Axis Machine Tools" 71 : 11-19, 2013
6 Lasemi, A., "Recent Development in CNC Machining of Freeform Surfaces: A State-of-the-Art Review" 42 (42): 641-654, 2010
7 Xin Zhao, "Path Smoothing for Five-Axis Machine Tools Using Dual Quaternion Approximation with Dominant Points" 한국정밀공학회 18 (18): 711-720, 2017
8 Jun, C. -S., "Optimizing Tool Orientations for 5-Axis Machining by Configuration-Space Search Method" 35 (35): 549-566, 2003
9 SIEMENS, "Milling with SINUMERIK 5-Axis Machining"
10 Tulsyan, S., "Local Toolpath Smoothing for Five-Axis Machine Tools" 96 : 15-26, 2015
1 Ding, H., "Tool Path Generation and Simulation of Dynamic Cutting Process for Five-Axis NC Machining" 55 (55): 3408-3418, 2010
2 Dong, X., "The Reconstruction of a Semi-Discretization Method for Milling Stability Prediction Based on Shannon Standard Orthogonal Basis" 85 (85): 1501-1511, 2016
3 Piegl, L., "The NURBS Book" Springer-Verlag 1997
4 Castagnetti, C., "The Domain of Admissible Orientation Concept: A New Method for Five-Axis Tool Path Optimisation" 40 (40): 938-950, 2008
5 Yuen, A., "Smooth Trajectory Generation for Five-Axis Machine Tools" 71 : 11-19, 2013
6 Lasemi, A., "Recent Development in CNC Machining of Freeform Surfaces: A State-of-the-Art Review" 42 (42): 641-654, 2010
7 Xin Zhao, "Path Smoothing for Five-Axis Machine Tools Using Dual Quaternion Approximation with Dominant Points" 한국정밀공학회 18 (18): 711-720, 2017
8 Jun, C. -S., "Optimizing Tool Orientations for 5-Axis Machining by Configuration-Space Search Method" 35 (35): 549-566, 2003
9 SIEMENS, "Milling with SINUMERIK 5-Axis Machining"
10 Tulsyan, S., "Local Toolpath Smoothing for Five-Axis Machine Tools" 96 : 15-26, 2015
11 Yeh, S.-S., "Implementation of Online NURBS Curve Fitting Process on CNC Machines" 40 (40): 531-540, 2009
12 Zhu, L. M., "Global Optimization of Tool Path for Five-Axis Flank Milling with a Conical Cutter" 42 (42): 903-910, 2010
13 Pechard, P. -Y., "Geometrical Deviations Versus Smoothness in 5-Axis High-Speed Flank Milling" 49 (49): 454-461, 2009
14 Ho, M. -C., "Five-Axis Tool Orientation Smoothing Using Quaternion Interpolation Algorithm" 43 (43): 1259-1267, 2003
15 Zhang, J., "Double NURBS Trajectory Generation and Synchronous Interpolation for Five-Axis Machining Based on Dual Quaternion Algorithm" 83 (83): 2016
16 Shi, J., "Corner Rounding of Linear Five-Axis Tool Path by Dual PH Curves Blending" 88 : 223-236, 2015
17 Lin, K. -Y., "CNC Codes Conversion from Linear and Circular Paths to NURBS Curves" 39 (39): 760-773, 2008
18 Qiao, Z., "Bézier Polygons for the Linearization of Dual NURBS Curve in Five-Axis Sculptured Surface Machining" 53 (53): 107-117, 2012
19 Pateloup, V., "Bspline Approximation of Circle Arc and Straight Line for Pocket Machining" 42 (42): 817-827, 2010
20 Bi, Q., "Analytical Curvature-Continuous Dual-Bézier Corner Transition for Five-Axis Linear Tool Path" 91 : 96-108, 2015
21 Li, W. -l., "A Novel Path Generation Method of Onsite 5-Axis Surface Inspection Using the Dual-Cubic NURBS Representation" 27 (27): 2016
22 Langeron, J. M., "A New Format for 5-Axis Tool Path Computation, Using Bspline Curves" 36 (36): 1219-1229, 2004
23 Fleisig, R. V., "A Constant Feed and Reduced Angular Acceleration Interpolation Algorithm for Multi-Axis Machining" 33 (33): 1-15, 2001
24 Beudaert, X., "5-Axis Local Corner Rounding of Linear Tool Path Discontinuities" 73 : 9-16, 2013
25 Harik, R. F., "5-Axis Flank Milling: A State-of-the-Art Review" 45 (45): 796-808, 2013