Yudong YU PhD Candidate School of Law Why Humans Should Concern AIs Future- from the perspective of patent law.

Slides:



Advertisements
Similar presentations
The Management Process
Advertisements

Lesson 9: Making Decisions
Building Confidence in young people
© Cambridge International Examinations 2013 Component/Paper 1.
“REACH-THROUGH CLAIMS”
Ownership of Computer Software Ethical Questions and Concerns.
The Delphi Technique: A Tool For Long Range Travel and Tourism Planning Chapter 39 Research Methodologies.
ISMT 520 Lecture #6: Protecting Technical and Business Process Innovations Dr. Theodore H. K. Clark Associate Professor and Academic Director of MSc Programs.
3 Chapter Needs Assessment.
The Second Industrial Revolution Article written by Ray Kurzweil.
Copyright ©2015 Pearson Education, Inc Strategy Review, Evaluation, and Control Chapter Nine 9-1.
Strategy Review, Evaluation, and Control
Philosophy of ICT and Islam Lecture 1: Philosophy of Science and Computing.
Chapter 3 Needs Assessment
Utility Requirement in Japan Makoto Ono, Ph.D. Anderson, Mori & Tomotsune Website:
The Role of Patent Information in Promoting Innovation Islamabad October 8, 2013 Mussadiq Hussain Program Officer, Innovation and Technology Support Section.
Day 1 Session 2/ Programme Objectives
1 Framework Programme 7 Guide for Applicants
Intellectual property Week 19 Tom Underhill. Intellectual property Patents Registered designs/design rights Case study/Questions/update (DA). Details:
Strategy Review, Evaluation, and Control Chapter Nine.
Intellectual Property and S&T Policy. Outline Economic perspective on S&T policy –Science, technology, information as economic resources –Market failure.
From Compensation and Benefits Review Jan/Feb 2000 Presented by Andrea Phillips and Alyssa Phillips.
The Second Industrial Revolution Article written by Ray Kurzweil.
The Use of Trajectory-Modeled Growth as Part of Adequate Yearly Progress: One State's Results Christopher I Cobitz, Ph.D. Reporting Section Chief North.
© Grant Thornton | | | | | Guidance on Monitoring Internal Control Systems COSO Monitoring Project Update FEI - CFIT Meeting September 25, 2008.
Market Health SOME CONCLUDING REMARKS. This project has received funding from the European Union’s Seventh Framework Programme for research, technological.
Session 1 MANAGING Mata kuliah: A0012 – Manajemen Umum Tahun: 2010.
Systems Engineering In Aerospace Theodora Saunders February AUTOMATION IN MANUFACTURING Leading-Edge Technologies and Application Fairfield University.
Intellectual Property Law © 2007 IBM Corporation EUPACO 2 – The European Patent Conference 16 May 2007 Patent Quality Roger Burt IBM Europe.
Strategic Management/ Business Policy Joe Mahoney.
EE & CSE Program Educational Objectives Review EECS Industrial Advisory Board Meeting May 1 st, 2009 by G. Serpen, PhD Sources ABET website: abet.org Gloria.
1 of 27 How to invest in Information for Development An Introduction Introduction This question is the focus of our examination of the information management.
WEEK 2: MANAGEMENT AND MANAGERS BUSN 107 – Özge Can.
Overview Validity of patent hinges on novelty, utility, and non-obviousness Utility generally not an issue Pre-suit investigation focuses on infringement,
AN INTEGRATED APPROACH TO ENGINEERING AND DESIGN School of Mechanical and Aeronautical Engineering (SMAE) Dr Linda Lee, Peter Lo and Lim Siew Kuan June.
Writing Résumés and Cover Letters Part III: Personalizing Your Résumé and Cover Letter for a Specific Job Adapted in part from The Resume Handbook, 3 rd.
© 2008 International Intellectual Property June 16, 2009 Class 2 Introduction to Patents.
ENGINEERING What is Engineering? The application of mathematics and scientific principles to better or improve life To equip creative minds with the mathematical.
©2000 South-Western College Publishing
Class 24: Finish Remedies, then Subject Matter Patent Law Spring 2007 Professor Petherbridge.
Patent Review Overview Summary of different types of Intellectual Property What is a patent? Why would you want one? What are the requirements for patentability?
AUDIT STAFF TRAINING WORKSHOP 13 TH – 14 TH NOVEMBER 2014, HILTON HOTEL NAIROBI AUDIT PLANNING 1.
NACS College Store Competency Model. © What is competency? Core competencies are those most critical, usually cross-functional, skills and practices.
3 Chapter Needs Assessment.
Day 1 Session 2/ Programme Objectives
Science, Technology, Technic
EXPERIMENTAL RESEARCH
The Management Process
MANAGING HUMAN RESOURCES
Economics of Organization
INTELLECTUAL PROPERTY MANAGEMENT
EDU 695 STUDY Lessons in Excellence-- edu695study.com.
Engineering Overview Introduction to Engineering Design
Backwards Design A Super Short Overview
ARTIFICIAL INTELLIGENCE
Mapping Life-long Learning: A Deep Dive into a Graduate Attribute
Engineering Overview Introduction to Engineering Design
Lesson 9: Making Decisions
Automating Profitable Growth™
Fields of Engineering Principles of EngineeringTM
Engineering Overview.
Strategy Review, Evaluation, and Control
Engineering Overview.
Engineering Overview.
Management of Technology and Development Sanja Marinković, PhD, Associate Professor Office hours: Monday 13-15h, room 301c.
Chapters 8, 9, 10, 11 Dr. Bhattacharya
Preparing students for assessments Janet Strain Ann Jakeman
Strategy Review, Evaluation, and Control
Presentation transcript:

Yudong YU PhD Candidate School of Law Why Humans Should Concern AIs Future- from the perspective of patent law

Present Trend of AI Development AIs are built to mirror same learning process that human have. They are taught to observe, interpret, evaluate, and make decision as humans. In other words, they are left with higher degree of discretion. This implies that the function of humans in research or product development will be limited to test the outcomes and input data to AIs. Examples: (1) Google Self-driving cars Technicians have to collect data of street and input it in AIs to support AIs to make decisions in actual world. (2) IBM Watson System Watson is taught to learn like humans rather than being programmed to details.

Leading AI Experts’ Concerns Nick Bostrom: ASI will be developed even humans are not sure whether ASIs will harm humanity. Steven Hawking: “whereas the short-term of impact of AI depends on who controls it, the long-term impact depends on whether it can be controlled at all.” Tesla Motors CEO Elon Musk: “one can imagine such technology outsmarting financial markets, out-inventing human researchers, out-manipulating human leaders, and developing weapons we cannot even understand.” Sue Blackmore even claims that it is too late to give machines ethics. Therefore, many AI experts including the latter twos signed an open letter to protect mankind from machine this year. Nick Statt, ‘Artificial Intelligence experts sign open letter to protect mankind from machines’ (CNET 11 Jan 2015) access 08 Sep Sue Blackmore, ‘It’s too late to give machines ethics- they are already beyond our control’ (the guardian 18 September 2015) accessed 20 Sep

Three Implications of Patent System On AI Development Whether to expand or limit discretion of AIs? Why AI will challenge the existing understanding of patent system and why experts concern about AI development? How should human do to prevent being competed out by super AIs?

Q1: Whether to expand or limit discretion of AIs? A: Present trend shows that AIs are left with higher degree of discretion. This enables AIs to evolve and improve its performance by learning like humans. Expanding v.s. Limiting Expending: Pros: Expanding is the trend of current AI development. It dramatically improve the performance of AIs. The ability to evolve also enable AIs to strengthen their ability over times. It will largely benefits the scientific progress of human societies at least before AIs possess consciousness. Cons: Human might lose control of AIs as predicted by Hawking. Limiting: Pros: AI development is under the control of humans Cons: Technological progress will be impeded.

Patent System vs AI Design Patent System is a Central Policy Tool to encourage invention and innovation to benefit human society. Way to achieve the goal: utilizing the self-interest of humans by providing incentives to inventors. Therefore, patent system does not direct inventors to invent specific inventions. Instead, it sets parameters and left certain degree of discretions to individuals to decide whether to invest in developing certain inventions. Similar parameters can also be set for AIs as far as the overall goal is achieved- not harm or even benefit humans. Parameters include but not limited to learning processes taught by humans, programs, and law, etc.

(1)Why we should concern AIs in future and how AIs development challenges existing patent system? (2)How to have AIs under humans’ control? Question2 &3:

Why patent is still relevant in future? Example: Pharmaceutical Research 1 st scenario: Role of Humans Teaching AIs to observe, interpret, evaluate, and make decision like humans. Doing vivo trials and inputting data back to AIs to support their research. Marketing products Before AIs becoming totally independent, humans’ efforts are still appreciated. However, these efforts cannot be protected under patent system. The advanced technology also increase the speed of imitation. Without the protection, incentive for humans to innovate might be reduced as a result. 2 nd Scenario: Humans’ efforts are no longer required.

Challenges 1. IF only AIs can become patentees, They do not have self-interest AIs cannot become patentees under current patent system though AI are the de facto inventors. Humans also made a great amount of investment on final products. Such investments have to be protected in order to benefit humans ultimately No protection- keep secret 2. If only humans can be patentees It is AIs who did the major research jobs Protecting commercial investment rather than technical progress. 3. If AIs and humans can both be patentees Human-created inventions are less likely to be protected by patent system.

Why human will lose control Conditions of patent protection will be extremely demanding for humans. Three conditions for patent protection 1.Novelty 2.Non-obviousness 3.Industrial Application A notional person-PHOSIAs is used in measuring the nonobviousness of an invention.

What is PHOSIAs? (1)It is an artificial/ hypothetical addressee. (2) It is the notional person skilled in the relevant arts. (3) This person possesses the ordinary skills and knowledge in these relevant fields (general common knowledge). Characteristics of PHOSIAs Both the US and UK court decisions show this hypothetical addressee. (1)It is a person of ordinary skills or a nerd. (2)It should not be an automation or android. (3) It could be a person or a multi-disciplinary team. The US Court decision, KSR v Teleflex 550 US 398, 421 (USSC 2007). The UK Court decision, Rockwater v Technip France [2004] EWCA (Civ) 381 (LJ Jacob); Medmmune v Novartis Pharmaceuticals [2012] EWCA Civ 1234

Identify CGK “materials the notional man memorized and has at the front of his mind” but also “all that material in the field he is working in which he knows exists, which he would refer to as a matter of course if he cannot remember it and which he understands is generally regarded as sufficiently reliable to use as a foundation for further work or to help understand the pleaded prior art”. –Raychem’s Patent [1998] RPC 31 at 40 (Per Laddie J) (UK Patent Court) “(1) Picking an adequate reference book (handbook, encyclopaedia, etc.) from the bookshelf in the library, (2) Identifying the appropriate section without this requiring any significant effort, and (3) Getting the correct information or unambiguous data that can be used without further research work.” -‘Case Law of the Boards of Appeal: 1.6 Common General Knowledge’

Current assumption of hypothetical addressee is challenged (1)Common General Knowledge should include all available information on the internet given AIs’ high information process capability. Example: Watson. (2)PHOSIAs should be a multi-disciplinary team that covers almost all fields of arts as far as they are available on the internet. Results: (1)It becomes more difficult for an invention to overcome non-obviousness condition since the higher threshold of requirement of non-obviousness. (2)It is also difficult and unreasonable for humans in the position to measure the non-obviousness of an invention. Either way will impede scientific progress of human society.

The Second Scenario 1.Humans cannot be patentee since they have done nothing except giving an ultimate order 2.Humans might not in the position to benefit from the final products, in particular when AIs possess consciousness. Please think about the relationship between humans and animals

Solution: Maintaining the dynamic equilibrium between humans and AIs by developing technologies to improve humans’ overall capabilities. Advantages of this solution: Patent system will still be useful: Humans are able to do the same work as AIs if they possess the same level of information process capabilities. (Cyborg) AI-created invention will not beyond the humans’ comprehension. Humans can still be in the position to measure inventions. AIs can be given higher level of discretion as far as human still control their development.

Thank You