The story of Hewlett Packard Labs at HPE Discover in Madrid is the story of Memory-Driven Computing: its research history, its implications for your industry, and its tangible expression in the Hewlett Packard Enterprise family of products and services.
Come see our experts talk about how your company can benefit from the only truly new computing architecture innovation in 80 years. Visit the Hewlett Packard Labs pavilion to interact with those innovations directly and talk to the people behind them.
Labs will also be hosting the very first Hack Shack workshop on the Gen-Z software development platform. Learn how you can sign-up to join us at the bottom of this post!
SESSIONS
Memory-Driven Computing: Composing the AI-driven future enterprise from edge to cloud (T6785)
Speakers: Kirk Bresniker, Gary Thome Date and time: Tuesday, November 27, 10:00 am โ 10:30 am
Abstract: In a future where everything computes, intelligence will be embedded everywhere. Everyone and everything will be connected, driving exponential increases in data. Customers need to find new and better ways to distill data into meaningful insights and actions at speeds faster than the competition. Memory-Driven Computing is the solution to the limitations of conventional systems. Join HPE thought leaders to discover how our photonics technology and novel accelerators make Memory-Driven Computing the ultimate composable infrastructure.
The future of AI: Culture, competitive edge, and Memory-Driven Computing (SL6972)
Speakers: Martina Trucco (moderator), Beena Ammanath, Dr Eng Lim Goh, Emily Kennedy
Date and time: Wednesday, November 28, 12:30 pm โ 1:30 pm
Artificial intelligence is undoubtedly the hottest area in computing. How do we harness the potential of AI so that humans can shape the next economy, generating business value while embracing diversity? How are we going to meet exponential demand for computing power and energy-efficiency of an AI-driven future? This session will explore how you can build the culture, skills, and emerging technologies necessary to enhance human capabilities across every industry.
What is the right hardware for the next generation of AI? (T6786)
Speakers: Cat Graves, Ashkan Seyedi
Date and time: Wednesday, November 28, 2:30 โ 3:00
Abstract: Increased computational power of hardware is one of the key enablers of the recent revival of artificial intelligence (AI), but there isnโt enough computational power or energy to run an AI-everywhere future. This has propelled both industrial giants and small startup efforts to develop special purpose hardware for AI. Which approach will win? Join Hewlett Packard Labs researchers to learn how the requirements for AI algorithms are driving our unconventional approach to creating novel accelerators with unprecedented performance and efficiency.
How big can Memory-Driven Computing go? (T6784)
Speakers: Michael Vildibill, Paolo Faraboschi
Date and time: Thursday, November 29, 11:30 โ 12:00
At a billion billion calculations per second, exascale computing will profoundly affect our ability to analyze, simulate and solve complex problems, arriving at solutions never thought possible. Scientists and businesses will need computers with great sophistication and power efficiency. Join HPEโs thought leaders to learn how a combination of technologies and systems expertise is accelerating us toward exascale to shape the next phase of economic and human development, and how that enables solving high-end computing problems in the enterprise.
Do we have to wait for quantum computers? (IS6783)
Speakers: Marco Fiorentino, Rebecca Lewington
Date and time: Thursday, November 29, 12:30 pm โ 1:00 pm
Thereโs a new wave in computing needed to solve โimpossibleโ problems in cryptography, scheduling, supply chain optimization, and biochemistry. Quantum computing may eventually be able to crack these problems, but are there quicker, cheaper, more practical ways to reach many of the solutions that quantum computing is trying to provide? In this session, Distinguished Technologist Marco Fiorentino will demonstrate how Hewlett Packard Labs is thinking beyond the qubit, even beyond the transistor, to make the impossible possible.
DEMOS
Get started with Memory-Driven Computing on HPE Superdome Flex (DEMO901)
Using Hewlett Packard Enterpriseโs big memory systems and Memory-Driven Computing programming techniques, Hewlett Packard Labs has accelerated real-world healthcare and finance algorithms by multiple orders of magnitude. These are industries where speed and precision are paramount. Learn how you can get started on the Memory-Driven Computing journey and see how HPE Superdome Flex is evolving with the latest research and technology coming out of Hewlett Packard Labs.
Enterprise to exascale: High-end Memory-Driven Computing (DEMO902)
At a billion billion calculations per second, exascale computing will transform our ability to solve some of mankindโs most complex problems, arriving at solutions never before thought possible. However, we will need computers with vastly greater sophistication and power efficiency than can be constructed today. Learn how Hewlett Packard Labs is leveraging Memory-Driven Computing principles to compose diverse computing elements to build high-end systems to solve previously impossible enterprise problems at any scale.
Silicon photonics live in action (DEMO903)
Hewlett Packard Labs silicon photonics research focuses on extreme scale and low-latency communication over both very short and very long distances. See our breakthrough silicon photonics chip live in action. Watch the transmission of data over various communication protocols such as Gen-Z.
Driving Memory-Driven Computing from research to reality (DEMO904)
Customers are demanding new levels of compute performance and functionality to meet the demands of quickly evolving workloads. At Hewlett Packard Labs, we are inventing the building blocks to move computing forward from today's rigid, constrained systems to an open, fast, and flexible new world of Memory-Driven Computing. Check out our display of breakthrough technology from Hewlett Packard Labs and across the company on the Innovation Wall and see how our technologies fit together to power tomorrowโs Memory-Driven enterprise.
Intrusion detection system: Real-time protection for the running operating system (DEMO905)
Todayโs security battles are asymmetric and evolving. By 2021, cyber security crime will cost the world economy an estimated six trillion dollars. Resolving the problem requires building defenses against new vulnerabilities. Hewlett Packard Labs research extends the silicon root of trust to provide real-time protection for the running operating system. See our technology in action โ continually scanning for nefarious changes to the kernel during system operation to provide continuous protection for your server against real-time attacks.
Read more: Security steps up at the upcoming HPE Discover conference
Secure, authenticate and protect every component, from memory modules to network interface cards โ anytime, anywhere (DEMO906)
How do you assess the authenticity of a system? Whatโs inside the chassis? Are all the components from memory modules to network interface cards genuine? At Hewlett Packard Enterprise, we implement assurances into product development through the supply chain to provide customers with ease of mind. Learn how Hewlett Packard Labs is collaborating across the industry to develop component authentication technology to provide continual assurance through the supply chain and during operation for components and data.
Read more: Security steps up at the upcoming HPE Discover conference
Gen-Z in action: A new approach to composable fabric infrastructure (DEMO907)
Gen-Z, developed by the Gen-Z Consortium, will simplify and unify data access within a single enclosure or at rack-scale. See a Gen-Z rack-scale system running on Hewlett Packard Enterprise hardware that demonstrates two core memory capabilities: memory zoning and memory sharing. Donโt miss the open-source software development demo running on an emulated Gen-Z fabric that you can get working on today's solutions.
Building blocks for an edge-to-cloud infrastructure (DEMO910)
Deploying an edge-to-cloud infrastructure to provision a variety of applications is fraught with complex compute configuration, connectivity, and end-to-end control headaches. Hewlett Packard Labs aims to resolve those challenges by seamlessly deploying an intentional, intelligent, and invisible end-to-end, edge-to-cloud infrastructure. See a live demo of how Hewlett Packard Labs is creating the building blocks for automated edge compute infrastructure..
Data science toolchains for edge-to-cloud (DEMO911)
Management of data and insights from edge-to-cloud is complex due to disparate, non-cohesive solutions deployed for specific requirements. Building solutions spanning device discovery, data flow orchestration, analytics applications deployment and machine learning model management can be time-consuming, error-prone, and hinder real-time analytics. See a live demo of how Hewlett Packard Enterprise accelerates edge-to-cloud with model management and other data science toolchain capabilities.
โHACK SHACKโ WORKSHOP
Start writing applications for Gen-Z today: Bring your laptop and hack along with a Gen-Z software expert
Date and time: Wednesday, November 28, 11:00 โ 12:30 pm
Learn about the Gen-Z emulator and how it can help you develop applications for fabric management, employ software-defined shared memory, and manage data more efficiently. Bill Hayes will teach you how to develop using this tool at the โHack Shack,โ a casual but focused environment designed like a beach shack with picnic tables and umbrellas, located in the Transformation Showcase area. Sign-up for this demo on site at the Hack Shack itself.
Register for HPE Discover and create your agenda.
Curt_Hopkins
Managing Editor, Hewlett Packard Labs
