Architecture for Philips Cardio Vascular. Wim Pasman 30 November 2009 December, 2009

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2 Developing a Revolutionary Architecture for Philips Cardio Vascular Wim Pasman 30 November 2009 December, 2009

3 Contents Philips Cardio Vascular Problem Statement Vision Research Questions 30 November 2009

4 BU CV Vision & Strategy We are the leading innovator in image-guided interventional solutions With our partners, we improve the health of patients and save lives, every day, everywhere! Strategy Innovation Leadership in Image Guided Intervention & Therapy Capture share in emerging economies

5 Philips Cardio Vascular: Product Portfolio (1/6) Control Room Software System Architecture Intervention Room 30 November 2009 Image Processing

6 Philips Cardio Vascular: Image Guided d Minimal i Invasive (2/6) Benefits: Improved productivity. it More effective treatments. Better success rate. Increased quality of life patient. Lowering Healthcare Cost: Shorter hospital stay. Higher throughput. People will contribute longer to society. surgery: invasive, open image guided intervention: minimal invasive, closed 30 November 2009

7 Philips Cardio Vascular Strategy (3/6) Focus on providing image guided minimal invasive solutions to the healthcare market that will help healthcare organizations to provide proper treatment to patients in an effective and safe way. Cost-effectiveness of product development by Incorporating 3 rd party suppliers Multi-sourcing. Solution provider of Philips products. Partners products providing complementary functions. Speed of innovation. 30 November 2009

8 Philips Cardio Vascular Goal (4/6) Redesign the software system architecture: To cater for over 1 million product variations Supporting fast the clinical segments (Cardio, EP, Neuro/Rad, and Surgery). That allows for 3 rd party suppliers and warm integration with partners offering complementary solutions. That allows for products that can be serviced for 10 years. In incremental steps. (No revolutionary design from scratch). 30 November 2009 Intervention Room Control Room HW FE BE IP Hospital Information System Software System Architecture Image Processing

9 Philips Cardio Vascular Front End Control Evolution (5/6) IST: X-Ray cathlab Drivers for SOLL: Multimodality Integration CPR Time To Market SOLL: integrated cathlab

10 Philips Cardio Vascular Back End Evolution (6/6) X-ray Front-End Clinical apps Other Front-End Multi-modality Image, reporting and logging Interventional Back-end Multi-modality user interfaces Displays Kb/mouse TSM Managed interfaces 30 November 2009 Others Others

11 ASD Analytical Software Design Component-based Design & Code Generation: Correctness design step Correctness design steps via model checking via model checking Interface Description Design Step Component Component Description & Used Interface Description Design Steps Used Component A Component Used Component B Component Descriptions Automatic Code Generation Code Compliance Test Framework allows you to test legacy code against an ASD interface description. slide 10 = Interface

12 Program Aims - Speed of Innovation Design Space Requirements Exploration System design & Implementation Test & Integration Pre Post Improve speed of innovation by impact analysis and architecture exploration improved implementation methods system behaviour modeling and analysis formal verification

13 Problem Domain Requirements Design Space Exploration System design & Implementation Integration & System Test trad e-offs requir rements desig design desig n n C A B performance resource usage cost usability serviceability availability evolvability safety... design H op ptimal archi itecture te sted comp ponents

14 Allegio (WIP) Developing a Revolutionary Architecture for Philips Cardio Vascular Version 2

15 Way of working Allegio(1/2) 1 PHC Problem owner 2 3 Industrial product PHC Industrial time system architects Technology roadmap/agenda case method case method case method Fitting in architecture architectures architecting Competence Development Program ESI RF 1 ESI RF 2 ESI Academic supervisors Academic exploratory research problem

16 Way of working Allegio(2/2) Partners to provide suitable candidates for review asap Positions have to be filled no later than June Candidate characterization: Bridge gap between industry and academic world. Problem-solving. Work in a concerted approach to improve the software system design. Will have their office in Best, i.e. 80% of their time. Supervisors will Infuse actively Philips with their academic know-how. Provide full Phd-coaching of students. Philips will only facilitate the Phdresearch. Have half-yearly reviews to evaluate program. slide 15

17 Vision PHC Architecting 2015

18 Research Questions In the context of developing a new management and control software architecture, answers to the following research questions are desired: What is the best way to communicate consistently over system and software architectures in a multi-disciplinary environment? How can we best develop evolvable software M&C architectures? To what extend can we get support on correct by design techniques? How can we address performance and data in modeling the interfaces and components of the architecture? Relations between release policies for new products, upgrades and maintenance and System architecture? 30 November 2009