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Your name and affiliation (nominated team leader): Names and ...
https://www.enterprise.cam.ac.uk/wp-content/uploads/2021/07/HIW-Project-Proposal-Form.docx23 Jul 2021: Your name and affiliation (nominated team leader):. Names and affiliation of any other team members:. Title of the proposal:. Tell us about your idea. Who will this idea benefit, and how? How does your idea relate to humanities research or -
Brief description Case Ref: XXX-XXXX-XX www.enterprise.cam.ac.uk For…
https://www.enterprise.cam.ac.uk/wp-content/uploads/2021/07/Information-sheet-Augmented-Page.pdf15 Jul 2021: Brief description Case Ref: XXX-XXXX-XX. www.enterprise.cam.ac.uk. For further information please contact:. For publishers: Augmented Page offers an innovative and eye-catching feature for specialist subject publications including those in art and -
Microsoft PowerPoint - InformationSheet-FlexibleMandrelFreeSpinning…
https://www.enterprise.cam.ac.uk/wp-content/uploads/2021/07/InformationSheet-FlexibleMandrelFreeSpinning-All-2449-10.pdf5 Jul 2021: Brief description Case Ref: XXX-XXXX-XX. www.enterprise.cam.ac.uk. For further information please contact:. Step change productivity in spinning: no mandrel, geometry control, asymmetryMetal spinning is used to manufacture high-value parts to -
Enabling High Data Rates-Pen-7846-20
https://www.enterprise.cam.ac.uk/wp-content/uploads/2021/07/Information-sheet-Enabling-High-Data-Rates-Pen-7846-20.pdf14 Jul 2021: Brief description Case Ref: XXX-XXXX-XX. www.enterprise.cam.ac.uk. For further information please contact:. New linearization methodConventional PAM-4. Enabling high data rate optical communications with directly-modulated lasers. The problem - -
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https://www.enterprise.cam.ac.uk/wp-content/uploads/2021/08/Deep-neural-network-for-perceived-loudness-calculation_Marketing-Sheet-Moo-3793-19-final.pdf18 Aug 2021: Brief description Case Ref: XXX-XXXX-XX. www.enterprise.cam.ac.uk. For further information please contact:. The problem – perceived loudness models are computationally expensive and slowThe loudness of a sound perceived by a human listener
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