IN JOURNALS(8-14)

8. O. HadarPI, M. RobbinsS, Y. NovogrozkyS, D. KaplanS, “Image motion restoration from a sequence of images,” Opt. Eng. , Vol. 35, No. 10, pp. 2898-2904, Oct. 1996. (NOC: ISI =20, GS=35 , IF = 0.984, IF (last 5 years)= 0.908. JR = 65/90, Q3).

9. O. HadarPI, Z. AdarS, A. CotterS, and N. S. KopeikaPI, "Restoration of images degraded by extreme mechanical vibrations," in Optics & Laser Technology, Vol. 29, No. 4, pp.171- 177, 1997. (NOC: ISI=12, GS=17 , IF = 1.879, IF (last 5 years)= 1.649. JR = 33/90, Q2).

10. O. HadarPI, A. MendelblatS, R. SabathS, N. S. KopeikaPI and S. R. RotmanPI, "Influence of sensor motion on target acquisition," Infrared Physics and Technology, Vol. 38, No.6 pp.373-382, 1997. (NOC: ISI=3, GS=5 , IF = 1.588, IF (last 5 years)= 1.675. JR =24/56, Q2).

11. O. HadarPI, A. DogariuPI and G. D. BoremanPI, "Angular dependence of sampling MTF,"Applied Optics. Vol. 36, No. 28, pp. 7210-7216, 1997. (NOC: ISI = 12, GS=18, IF = 1.598, IF (last 5 years)= 1.613. JR = 45/90, Q2).

12. R. SuccaryS, M. MaltzS, O. HadarPI, S. R. RotmanPI and N. S. KopeikaPI, "Relative effects of distortion and noise on target acquisition: The advisability of image restoration," Opt. Eng., Vol. 37, No. 7, pp. 1914-1922, 1998 (Invited paper). (NOC: ISI = 5, GS=9 , IF =
0.984, IF (last 5 years)= 0.908. JR = 65/90, Q3).

13. O. HadarPI, S. R. RotmanPI and N. S. KopeikaPI, “Incorporating the entire Modulation Transfer Function into an infrared target acquisition model,” Infrared Physics and Technology, Vol. 39, No. 5, 307-314, 1998. (NOC: ISI = 2, GS=3 , IF = 1.588, IF (last 5 years)= 1.675. JR = 24/56, Q2).

14. O. HadarPI, and G. D. BoremanPI, "Analysis of Oversampling Requirements in Pixelated Imager Systems,” Opt. Eng. , Vol. 38, No. 5, pp. 782-785, May 1999. (The figures from the paper were chosen to be on the journal cover). (NOC: ISI = 24, GS=33 , IF = 0.984, IF (last 5 years)= 0.908. JR = 65/90, Q3).