4[1]Kurgano J.,Suzuki H. And Kimura F."Generation of NC Tool Path for Subdivision Surface," CAD/Graphics′2002, 22 - 24 August, Kumming, International Academic Publisher, 2002:1 - 7
5[2]Dragomatz D. and Mann S. , A Classified Bibliography of Literature on NC Milling Path Generation, Computer-Aided Design, 1997,29 ( 3 ):239 - 247
6[3]Balasubramaniam M. , Ho S. , Sarma S. and Adachi Y. , Generation of Collision-free 5-axis Tool Path Using Haptic Surface, Computer-Aided Design, 2002,34:267 - 279
7[4]Kim T J. and Sarma S. , Toolpath Generation along Directions of Maximum Kinematic Performance; a First Cut at Machine-optimal Paths,Computer-Aided Design, 2002,34:453 -468
8[5]Tseng Y J. and Sue Y R. , Machining of Free-form Solids Using an Octree Volume Decomposition Approach, International Journal of Production Research, 1999,37( 1 ) :49 -72
9[6]Loney G C. and Ozsoy T M. , Machining of Free Form Surfaces, Computer-Aided Design, 1987,19(2) :85 -90
10[7]Choi B K. , and Jun C S. , Ball-end Cutter Interference Avoidance in NC Machining of Sculptured Surfaces, Computer-Aiede Design, 1989,21 (6) :371 -378
