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Dr James Short

Partner

London

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Memberships

CIPA
EPI

Qualifications

Registered UPC Representative
European Patent Attorney
Chartered Patent Attorney
Certificate in Intellectual Property Law, Queen Mary University of London
PhD Face Recognition, University of Surrey
MEng (Oxon) Engineering Science, University of Oxford

I am a Partner at Boult with a background across electrical, electro-mechanical and computing, which aligns perfectly with my work in the artificial intelligence (AI) sector on machine learning, image processing and their application across a range of engineering disciplines.

I have a particular interest in image processing and AI, which stems from my undergraduate degree in engineering science at Oxford University. As part of the course I was able to specialise to a significant degree in information engineering. This side of engineering really caught my imagination because of its applicability in fascinating areas such as video compression, medical image analysis and computer vision. This later extended into study in the area of neural network analysis of the EEG and eventually a PhD in image processing for illumination invariant face recognition at the Centre for Vision, Speech and Signal Processing at the University of Surrey.

AI clients are great to work with because they do not face quite the same barriers to entry as industrial clients. There is no need for manufacturing facilities or distributors and so clients can take a great idea to commercialisation far more rapidly. Presently, my AI clients are mostly start-ups. I support them with the full range of general patent advice, but predominately drafting and prosecution work. My main area of specialism is signal processing – taking real world data and using it to learn about and/or control an object or process.

With recent advances in computing power and the availability of big data, the ability to use AI algorithms for practical applications has been unleashed. I have worked extensively across a range of computer vision applications, from motion capture to creating the perfect slice of toast. I have also defended AI patents before the EPO’s Opposition Divisions and Boards of Appeal, such as a vision-based collision avoidance system for UAVs.

Looking forward, I am particularly interested in the ability of AI to generate media. There are certain fundamental limitations on the creativity of an AI system and so the first area generative AI will become mainstream is video creation such as “deep fakes”. I am intrigued to see to what extent AI experts will be able to introduce some real aspect of creativity within AI-generated media. I also see an increasing amount of AI work crossing over with more “traditional” industries, such as aircraft, medical equipment, composite material design and process inspection.

Recent experience

Assisting Move.AI with the creation of a global patent portfolio, including accelerating the prosecution of UK priority applications to achieve four granted patents for volumetric motion capture and virtual advertising.

Significantly narrowing the scope of European patent EP3234298 for the oil and gas tubing industry on the ground of lack of inventive step.

Defending a European patent relating to satellite technology opposed by an European Space Agency, resulting in the opposition being rejected in its entirety.

Testimonials and recognitions
  • Recommended individual, JUVE, 2024, 2023
  • Recommended individual, IAM Patent 1000, 2023, 2021
  • World Leading Patent Professional, IAM Patent 1000, 2022
Relevant Search Terms
Recommended Sites
Suggested Media
Recognitions
Additional Info
Languages
“I have worked extensively across a range of computer vision applications, from motion capture to creating the perfect slice of toast.”
Sector Experience
Aerospace
  • Commercial aviation
  • Defence and security
  • Space and satellites
  • Unmanned aerial vehicles
Artificial intelligence and machine learning
Automotive
  • Autonomous vehicles
  • Electric vehicles
  • Engines
Communications and networks
  • Internet of things (IOT)
Computing and software
Consumer goods and retail
  • Health, fitness and sport
Electronics and electrical devices
  • Medical devices
  • Robotics
  • Scientific instruments
  • Testing systems, control systems, signal processing
  • Wearable tech and human interfaces
Energy and green technologies
  • Fuel cells and battery technology
  • Renewables and recycling
  • Water, oil and gas, nuclear, fusion, fission
Industrial manufacturing and processing
  • Additive manufacturing
Medical devices and diagnostics 
  • Devices
  • Diagnostic instruments
  • Digital health
  • Medtech

I am a Partner at Boult with a background across electrical, electro-mechanical and computing, which aligns perfectly with my work in the artificial intelligence (AI) sector on machine learning, image processing and their application across a range of engineering disciplines.

I have a particular interest in image processing and AI, which stems from my undergraduate degree in engineering science at Oxford University. As part of the course I was able to specialise to a significant degree in information engineering. This side of engineering really caught my imagination because of its applicability in fascinating areas such as video compression, medical image analysis and computer vision. This later extended into study in the area of neural network analysis of the EEG and eventually a PhD in image processing for illumination invariant face recognition at the Centre for Vision, Speech and Signal Processing at the University of Surrey.

AI clients are great to work with because they do not face quite the same barriers to entry as industrial clients. There is no need for manufacturing facilities or distributors and so clients can take a great idea to commercialisation far more rapidly. Presently, my AI clients are mostly start-ups. I support them with the full range of general patent advice, but predominately drafting and prosecution work. My main area of specialism is signal processing – taking real world data and using it to learn about and/or control an object or process.

With recent advances in computing power and the availability of big data, the ability to use AI algorithms for practical applications has been unleashed. I have worked extensively across a range of computer vision applications, from motion capture to creating the perfect slice of toast. I have also defended AI patents before the EPO’s Opposition Divisions and Boards of Appeal, such as a vision-based collision avoidance system for UAVs.

Looking forward, I am particularly interested in the ability of AI to generate media. There are certain fundamental limitations on the creativity of an AI system and so the first area generative AI will become mainstream is video creation such as “deep fakes”. I am intrigued to see to what extent AI experts will be able to introduce some real aspect of creativity within AI-generated media. I also see an increasing amount of AI work crossing over with more “traditional” industries, such as aircraft, medical equipment, composite material design and process inspection.

Recent experience

Assisting Move.AI with the creation of a global patent portfolio, including accelerating the prosecution of UK priority applications to achieve four granted patents for volumetric motion capture and virtual advertising.

Significantly narrowing the scope of European patent EP3234298 for the oil and gas tubing industry on the ground of lack of inventive step.

Defending a European patent relating to satellite technology opposed by an European Space Agency, resulting in the opposition being rejected in its entirety.

Testimonials and recognitions
  • Recommended individual, JUVE, 2024, 2023
  • Recommended individual, IAM Patent 1000, 2023, 2021
  • World Leading Patent Professional, IAM Patent 1000, 2022
Relevant Search Terms
Recommended Sites
Suggested Media
Recognitions
Additional Info

Insights

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T56/21 – No legal basis for requiring description amendments

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How to register AI patents in Asia-Pacific and Europe: the dos and don’ts

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Priority following consolidated cases G1/22 and G2/22

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EPO Board of Appeal highlights difficulties in establishing inventive step in machine learning cases

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Patentability of simulations – Decision of the Enlarged Board of Appeal for G1/19.

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INSIGHTS