Publication in BibTeX Format

@TECHREPORT{AICPub1080:1970,
  AUTHOR={Raphael, B.},
  TITLE={Research and Applications - Artificial Intelligence},
  INSTITUTION={Stanford Research Institute},
  MONTH={November},
  YEAR={1970},
  KEYWORDS={Robot, Shakey, Frame Problem, Problem-Solving Research, Vision, QA4,
     STRIPS, Scene Analysis},
  ABSTRACT={This is the final report for the most recent year of a continuing program
     of research in the field of artificial intelligence. This work follows previous
     projects that resulted in the design, construction, and demonstration of a
     “first generation” robot system. The work reported here consists
     of new research aimed at the development of a more sophisticated “second
     generation” robot. Although the robot vehicle itself will be essentially
     unchanged, it will be controlled by a completely new computer hardware and
     software system. In particular, this report contains detailed descriptions
     of the computer configuration and the bottom-level software design, two new
     bases for problem-solving systems (called STRIPS and QA4) , and new directions
     in visual scene-analysis techniques. Includes as appendicies 
 
 “Computer
     Configuration” by Leonard J. Chaitin. 
 “Bottom-Level PDP-10
     Software for the SRI Robot” by John H. Munson. AIC Technical Note 35.
     August 1970. 
 “The Frame Problem in Problem-Solving Systems”
     by Bertram Raphael. AIC Technical Note 33. June 1970.  
AIC Technical Note
     43: “STRIPS: A New Approach to the Application of Theorem Proving to
     Problem Solving” by Nils J. Nilsson and Richard E. Fikes. October 1970.
     
 AIC Technical Note 42: “QA4 Working Paper” by Johns F. Rulifson,
     Richard J. Waldinger, Jan Dereksen.  October 1970 
 AIC Technical Note 46:
     “Some Current Techniques for Scene Analysis” by Richard O. Duda.
     October 1970. 
},
  NOTE={Project 8259 Final Report 
From the Nilsson archives – SHAKEY papers}
}