Title :
Using Common LISP in the EAVE autonomous underwater vehicle
Author :
Bowen, Paul S. ; Chappell, Steven G. ; Gonzalez, Roger
Author_Institution :
Marine Syst. Eng. Lab., New Hampshire Univ., Durham, NH, USA
fDate :
7/1/1990 12:00:00 AM
Abstract :
The Marine Systems Engineering Laboratory of the University of New Hampshire has ported the University of Utah´s Portable Common LISP Subset (PLCS) to the experimental autonomous vehicle (EAVE) underwater autonomous vehicle. Using Common LISP in the EAVE autonomous vehicle is expected to improve programmer productivity and software portability. Using the LISP interpreter allows for software changes to be made while in the field, thus saving time during vehicle operations. Issues concerning the operation of LISP in a real-time environment, such as the impact of garbage collection (GC), have been resolved by using an efficient version of Common LISP and by using LISP) at the high-end of a time-based software hierarchy
Keywords :
LISP; automatic guided vehicles; computerised control; computerised navigation; marine systems; program interpreters; software portability; storage management; Common LISP; EAVE; autonomous underwater vehicle; garbage collection; programmer productivity; real-time environment; software portability; Automotive engineering; Laboratories; Marine vehicles; Mobile robots; Productivity; Programmable control; Programming profession; Remotely operated vehicles; Systems engineering and theory; Underwater vehicles;
Journal_Title :
Oceanic Engineering, IEEE Journal of