1 / 8

Multimodal Intelligent Interactive SDR Development Environment: Video-recorded Presentation to MIT

This development environment allows users to input mission requirements, select physical platforms and SCA devices, choose SCA services, waveform selection and synthesis, SDR architecture synthesis, and conduct a design review. The process is interactive, multimodal, and intelligent, providing a seamless workflow.

trail
Download Presentation

Multimodal Intelligent Interactive SDR Development Environment: Video-recorded Presentation to MIT

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Multimodal Intelligent Interactive Development Environments (Interactive SDR Synthesis, Video-recorded Presentation to MIT) William C. Liu BAE C&TN Reston, VA

  2. Mission Requirements Input • Mission Input • Receive mission details from specialist • Record details on whiteboard/UI medium • Available mission profiles are displayed as icons • Profile deemed ‘optimal’ is pre-selected. SDR feature set associated with the mission profile is displayed. • Gesture to or verbally accept or reject pre-selection • If rejecting pre-selection and defining new mission profile • Draw an icon to express a new profile and collection of sub-icons to represent the set of SDR features associated with it • Erase the whiteboard/UI medium to indicate completion of the mission requirements stage

  3. Physical Platform Selection • Selection of physical platform to host the SDR • Available physical platforms of various form factors and HW elements associated with the selected mission profile are displayed as icons • Applicable constraints and trade-offs, i.e. selecting a particular HW element may preclude another from being selected, are displayed • Gesture to, or verbally or graphically select the applicable physical platform after performing HW resource trade-offs • If desired platform is not available, draw a new icon to represent a new platform • List and provide details for its associated HW elements • Erase the whiteboard/UI medium to indicate completion of this stage

  4. SCA Devices Selection • Selection of SCA Devices • Available SCA Devices (abstraction of HW devices) associated with the selected mission profile and physical platform are displayed as icons • All applicable SCA Devices have been preselected • Gesture or verbally accept or reject the preselection. • If new mission profile, physical platform or rejecting preselection • Missing HW abstractions are highlighted if new platform. A prompt for more details is displayed. • Draw icons to represent new SCA Devices that will provide the missing abstractions • Fill in all prompted details • Erase whiteboard/UI medium to indicate end of this stage

  5. SCA Services Selection • Selection of SCA Services • Available SCA Services (SW infrastructure of the SDR that performs specific system support functions) associated with the selected mission profile are displayed as icons • All applicable SCA Services have been preselected • Gesture or verbally accept or reject preselection • If new mission profile, physical platform, new SCA Devices, or rejecting preselection • A prompt for more details is displayed. • Draw icons to represent new SCA Services that will provide the missing functionalities • List out all applicable details on the whiteboard/UI medium • Erase whiteboard/UI medium to indicate completion of this stage

  6. Waveform Selection and Synthesis • Waveform Selection • Available waveforms associated with the selected mission profile are displayed as icons • All waveform features are displayed • Waveforms deemed optimal for the mission profile have been preselected • Gesture or verbally accept or reject preselection • If accepting waveform selection, gesture or verbally accept or reject its features • If rejecting some features • Draw icons to represent new features that will replace these • or verbally confirm removal of these features from the waveform • If rejecting waveform selection • A prompt for more details is displayed. • Draw icons to represent new waveform and its features as SCA Resources • List out all applicable details on the whiteboard/UI medium • Erase whiteboard/UI medium to indicate completion of this stage

  7. SDR Architecture Synthesis • Connectivity Definition • High level connectivity view showing prefabricated interconnections between SCA ports in the SDR Devices, Services and Resources associated with the selected mission profile is displayed • Gesture or verbally accept or reject this architecture • If rejecting connectivity • Gesture (trace boundary and point on the whiteboard/UI medium) to define scope of architecture that needs to be changed • Erase and redraw connections in the selected area as appropriate • Erase the whiteboard/UI medium to indicate completion of this stage

  8. Design Review • Final SDR design is displayed • Edit/add/delete in appropriate views as needed • Gesture or verbally accept the final design • This triggers automatic system synthesis, testing and deployment

More Related