OpinionEntering a New World of “Artificial General Intelligence”
Mobileye co-founder Amnon Shashua writes about the next advancements in artificial intelligence technology
For daily updates, subscribe to our newsletter by clicking here.As much as the current wave of AI algorithms is impressive, with far-reaching implications for society, we are presently dealing with “narrow intelligence,” where machines are becoming experts in specific, narrowly defined tasks. Although narrow-AI is still very powerful, it cannot unleash the power of intelligence that humans possess. The promise of AI for society is to be able to solve the big problems facing humanity, from curing cancer and diseases and increasing longevity and quality of life, to protecting our planet from natural disasters. Machines possessing “broad intelligence” with unlimited computing capacity could be the engine that achieves that promise.
Consequently, the next big advancement in AI will be “artificial general intelligence” (AGI), which defines tasks that cannot be achieved without some level of broad intelligence. The kind of intelligence required to properly fathom a virtual world is beyond the current wave of narrow-AI. Advancements in reinforcement learning (a branch of machine learning) for playing strategy games such as Chess and Go and for controlling the decision-making processes of autonomous cars is the first step toward AGI, though the major challenges still lie ahead. But unlike a decade ago, when AGI was considered science-fiction, the progress of narrow-AI makes AGI a containable leap likely to be made in the foreseeable future.
Amnon Shashua is a professor at the Hebrew University of Jerusalem, a senior vice president of Intel Corporation, and the co-founder of Mobileye and OrCam Technologies Ltd. Shashua will be taking part in the opening of the Israeli Innovation Center at the Peres Center for Peace and Innovation, which will take place on October 25 during the Israeli Innovation Summit held under the auspices of the Israeli Prime Minister.