Description: This article describes the primary goal of the Actuarial Research Clearing House [ARCH], its editorial policy and the procedure for submitting manuscripts. From Actuarial Research Clearing House 1991, Vol. 3.

Description: This paper is a sequel to Shapiro et. al. in that it discusses a similar role for CAI in topics specific to the text Actuarial Mathematics, by Bowers et. al 1986. The topics covered are the previous topics of actuarial notation, basic concepts, and what-if analysis, along with some new ideas for the presentation of stochastic models.

Description: This is the program for the 30th Annual Actuarial Research Conference held at The Penn State Scanticon Conference Center in University Park, PA on August 17-19, 1995. From Actuarial Research Clearing House 1996, Vol. 1.

Description: This 1997 presentation from the 32nd Actuarial Research Conference provides background on the work of the Society of Actuaries' Research Effectiveness Task Force [RETF] and presents the current status of that work in order to set the stage for breakout sessions during which Conference attendees have an opportunity to provide input to the SOA research effectiveness review.

Description: This is the agenda for the 33rd Annual Actuarial Research Conference held at Georgia State University, August 6-8, 1998.

Description: Actuarial science is at a cross roads. Many are urging that our highly successful examination process be partially abandoned in favour of accepting university courses in a number of basic subjects. This drive is based in part on the difficulties in supporting the present system, the experience elsewhere and a misplaced confidence in the quality of the university system. This paper explores where the university system is and where it needs to go in order to adequately serve the interests of the actuarial community.

Description: This is the agenda for the 26th Annual Actuarial Research Conference held in Champaign, IL, August 7-10, 1991. From Actuarial Research Clearing House 1992, Vol. 1.

Description: The study of Employee Benefits has always been aided by using financial algorithms. During recent semesters, the Lotus 1-2-3 package Lotus has been introduced to students due to the explosion of its use in the business community. This paper will show how our students use Lotus to design a spreadsheet for computing minimum annual distributions from tax-sheltered plans.

Description: Actuarial literature in the twenty-five years includes discussions of a well known inequality. Among the recent papers on various aspects of this classic result are those by Berin 1970, Olson 1975 and Sarason 1960. A standard method for achieving this inequality uses Jensen's inequality. This is the method used by Bowers, et al 1983. We will also employ this method in an attempt to learn about it.

Description: This is the speech given by Kenneth W. Stewart, FSA, FCIA, MAAA, to the 25th Annual Actuarial Research Conference. The speech focuses on the following global trends: 1. Population aging, 2. The spread of affluence, 3. The rise of technology, 4. Global competition, and, 5. The fungibility factor, e.g., in our brave new future world, a Scottish customer will go to his local bank branch to buy life insurance from his German insurer. From Actuarial Research Clearing House 1991, Vol. 1.