Abstract

In this paper we describe a holistic AI forecasting framework which draws on a broad body of literature from disciplines such as forecasting, technological forecasting, futures studies and scenario planning. A review of this literature leads us to propose a new class of scenario planning techniques that we call scenario mapping techniques. These techniques include scenario network mapping, cognitive maps and fuzzy cognitive maps, as well as a new method we propose that we refer to as judgmental distillation mapping. This proposed technique is based on scenario mapping and judgmental forecasting techniques, and is intended to integrate a wide variety of forecasts into a technological map with probabilistic timelines. Judgmental distillation mapping is the centerpiece of the holistic forecasting framework in which it is used to inform a strategic planning process as well as for informing future iterations of the forecasting process. Together, the framework and new technique form a holistic rethinking of how we forecast AI. We also include a discussion of the strengths and weaknesses of the framework, its implications for practice and its implications on research priorities for AI forecasting researchers.

Highlights

  • In a world of quick and dramatic change, forecasting future events is challenging

  • There is a growing group in the AI strategy research community that is working to measure progress and develop timelines for AI, with significant effort focusing on forecasting transformative AI or human-level artificial intelligence (HLAI). (We consider forecasts for human-level machine intelligence, high-level machine intelligence and artificial general intelligence to be equivalent to forecasting HLAI.)

  • For the purpose of ensuring that AI is developed to do the most good possible for humanity, we identify the primary task of AI forecasting to be that of forecasting transformative AI

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Summary

Introduction

In a world of quick and dramatic change, forecasting future events is challenging. If this were not the case meteorologists would be out of a job. There is a growing group in the AI strategy research community that is working to measure progress and develop timelines for AI, with significant effort focusing on forecasting transformative AI or human-level artificial intelligence (HLAI). We take the position that AI forecasts solely in the form of timelines (dates given by which we should expect to have developed transformative AI) are undesirable To address this issue we propose a new AI forecasting framework along with a new scenario mapping technique that supports the framework.

Literature Review
Forecasting
Technology Forecasting
Scenario Analysis
Scenario Analysis for Mapping
Using Expert Opinion for Scenario Analysis
AI Forecasting
Results
A Holistic Framework for Forecasting AI
Strengths and Weaknesses
Implications for Practice
Implications for Research
Challenges and Future Work
Conclusions

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