ISCF Subsea Autonomous Systems: Next Generation Technologies - Competition Br...KTN
The Industrial Strategy Challenge Fund’s Robotics and AI challenge, through Innovate UK, (as part of UK Research and Innovation), is collaborating with The Royal Navy, Oil & Gas Technology Centre, BP, and the Oil & Gas Authority. Together they will invest up to £6 million, from a cross government and industry joint fund, in collaborative business led projects.
Individuals can apply to join a 5-day collaborative workshop to develop proposals for autonomous subsea systems that can significantly improve mission duration, sensing and communications.
Participants are sought to develop collaborative projects in next generation autonomous subsea systems which improve levels of autonomy, sensor miniaturisation, mission planning, monitoring, communications, navigation, data management, and operations together with improved endurance in the water column up to 3000 metres deep.
The challenge is to develop Next Generation Subsea Autonomous System technologies which are modular in design with common interfaces and open architectures that make trusted unmanned operations the standard approach in areas such as off-shore energy, aquafarming, deep sea mineral exploration and maritime defensive security operations.
Find out more: https://ktn-uk.co.uk/news/webcast-subsea-autonomous-systems-next-generation-technologies-iscf-competition-briefing-event
The Centre for Defence Enterprise (CDE) is holding an enduring challenge competition with £3 million in funding per year to address key defence issues. The competition focuses on 14 challenge areas, including situational awareness, power and energy, cyber defence, data security, and human performance. The challenges involve issues like processing large amounts of data, developing portable secure power sources, and creating synthetic datasets to support training and testing without releasing classified information. The CDE aims to drive innovation in priority technology areas to support UK defense.
The Future of Aerospace – More Software Please!AdaCore
The document discusses the Aerospace Technology Institute's (ATI) role in leading technology development for the UK aerospace sector. It outlines ATI's strategy and funding portfolio worth £3.9 billion to 2026. Specific initiatives discussed include the SECT-AIR and HICLASS projects, which helped establish the UK's excellence in safety critical software. The document also notes opportunities for startups in sustainability and Industry 4.0 technologies through the ATI Boeing Horizon X Accelerator program.
Using Tiers of Assurance Evidence to Reduce the Tears! Adopting the “Wheel of...AdaCore
The document proposes an alternative approach called the "Wheel of Qualification" (WoQ) to assess software safety assurance for systems that cannot fully meet traditional regulatory standards. The WoQ uses a visual model to holistically represent different types of evidence from various sources, including process evidence, system integrator evidence, and government acceptance evidence. It aims to create an open dialogue about evidence availability and move beyond compliance to a more engineering-based assessment. The approach is being used in an existing platform qualification strategy and could help qualify legacy or non-traditional systems, but requires caution and further refinement.
Presentations from 8 July 2015 CDE Innovation Network event. For more information see: https://www.gov.uk/government/news/cde-innovation-network-event-with-uk-defence-solutions-centre
Innovation fund themed competition webinar - session 1Heather-Fiona Egan
This document discusses three challenges for a competition around revolutionizing the human-information relationship for defense. Challenge 1 focuses on allowing for the rapid and automated integration of new sensors. It notes the variety of sensor data formats and challenges of multi-sensor processing without prior knowledge. The goal is a common preprocessing and postprocessing approach along with an open architecture algorithm repository to enable integration of diverse sensors.
This document discusses the Centre for Defence Enterprise (CDE), which aims to enable the development of cost-effective military capabilities through innovative research. It provides opportunities for funding to both small- and large-scale enterprises. The CDE operates through two main routes: an enduring competition that provides £3 million annually for radical ideas, and themed competitions focused on specific military requirements. Over five and a half years, the CDE has received nearly 5,000 proposals, funded 800 projects with £44 million, and focused funding on small and medium-sized enterprises.
Introducing the HICLASS Research Programme - Enabling Development of Complex ...AdaCore
The document discusses the HICLASS research program which aims to enable UK industry to build the most complex, connected, and cyber-secure avionic systems. It is a £32 million project over 4 years led by Rolls-Royce with 16 funded partners and 2 unfunded partners. The project will develop integrated solutions to address increasing challenges with system integrity, complexity, connectivity, security, and safety as systems continue to grow in scale and complexity. It will focus on developing technologies in areas like model-based development, verification, security, and future hardware platforms.
ISCF Subsea Autonomous Systems: Next Generation Technologies - Competition Br...KTN
The Industrial Strategy Challenge Fund’s Robotics and AI challenge, through Innovate UK, (as part of UK Research and Innovation), is collaborating with The Royal Navy, Oil & Gas Technology Centre, BP, and the Oil & Gas Authority. Together they will invest up to £6 million, from a cross government and industry joint fund, in collaborative business led projects.
Individuals can apply to join a 5-day collaborative workshop to develop proposals for autonomous subsea systems that can significantly improve mission duration, sensing and communications.
Participants are sought to develop collaborative projects in next generation autonomous subsea systems which improve levels of autonomy, sensor miniaturisation, mission planning, monitoring, communications, navigation, data management, and operations together with improved endurance in the water column up to 3000 metres deep.
The challenge is to develop Next Generation Subsea Autonomous System technologies which are modular in design with common interfaces and open architectures that make trusted unmanned operations the standard approach in areas such as off-shore energy, aquafarming, deep sea mineral exploration and maritime defensive security operations.
Find out more: https://ktn-uk.co.uk/news/webcast-subsea-autonomous-systems-next-generation-technologies-iscf-competition-briefing-event
The Centre for Defence Enterprise (CDE) is holding an enduring challenge competition with £3 million in funding per year to address key defence issues. The competition focuses on 14 challenge areas, including situational awareness, power and energy, cyber defence, data security, and human performance. The challenges involve issues like processing large amounts of data, developing portable secure power sources, and creating synthetic datasets to support training and testing without releasing classified information. The CDE aims to drive innovation in priority technology areas to support UK defense.
The Future of Aerospace – More Software Please!AdaCore
The document discusses the Aerospace Technology Institute's (ATI) role in leading technology development for the UK aerospace sector. It outlines ATI's strategy and funding portfolio worth £3.9 billion to 2026. Specific initiatives discussed include the SECT-AIR and HICLASS projects, which helped establish the UK's excellence in safety critical software. The document also notes opportunities for startups in sustainability and Industry 4.0 technologies through the ATI Boeing Horizon X Accelerator program.
Using Tiers of Assurance Evidence to Reduce the Tears! Adopting the “Wheel of...AdaCore
The document proposes an alternative approach called the "Wheel of Qualification" (WoQ) to assess software safety assurance for systems that cannot fully meet traditional regulatory standards. The WoQ uses a visual model to holistically represent different types of evidence from various sources, including process evidence, system integrator evidence, and government acceptance evidence. It aims to create an open dialogue about evidence availability and move beyond compliance to a more engineering-based assessment. The approach is being used in an existing platform qualification strategy and could help qualify legacy or non-traditional systems, but requires caution and further refinement.
Presentations from 8 July 2015 CDE Innovation Network event. For more information see: https://www.gov.uk/government/news/cde-innovation-network-event-with-uk-defence-solutions-centre
Innovation fund themed competition webinar - session 1Heather-Fiona Egan
This document discusses three challenges for a competition around revolutionizing the human-information relationship for defense. Challenge 1 focuses on allowing for the rapid and automated integration of new sensors. It notes the variety of sensor data formats and challenges of multi-sensor processing without prior knowledge. The goal is a common preprocessing and postprocessing approach along with an open architecture algorithm repository to enable integration of diverse sensors.
This document discusses the Centre for Defence Enterprise (CDE), which aims to enable the development of cost-effective military capabilities through innovative research. It provides opportunities for funding to both small- and large-scale enterprises. The CDE operates through two main routes: an enduring competition that provides £3 million annually for radical ideas, and themed competitions focused on specific military requirements. Over five and a half years, the CDE has received nearly 5,000 proposals, funded 800 projects with £44 million, and focused funding on small and medium-sized enterprises.
Introducing the HICLASS Research Programme - Enabling Development of Complex ...AdaCore
The document discusses the HICLASS research program which aims to enable UK industry to build the most complex, connected, and cyber-secure avionic systems. It is a £32 million project over 4 years led by Rolls-Royce with 16 funded partners and 2 unfunded partners. The project will develop integrated solutions to address increasing challenges with system integrity, complexity, connectivity, security, and safety as systems continue to grow in scale and complexity. It will focus on developing technologies in areas like model-based development, verification, security, and future hardware platforms.
The Centre for Defence Enterprise (CDE) aims to fund innovative, high-risk research to develop cost-effective military capabilities through two routes: enduring competitions that fund £3M annually for radical ideas, and themed competitions for specific requirements. CDE has received over 5,000 proposals in its first 6 years, funding 827 with £49M, with 17% of proposals and 45% of funded projects involving small and medium enterprises. Upcoming opportunities include themed competitions on additive manufacturing and participation in Innovation Network events.
KTN has launched a Metamaterials Innovation Network, which aims to promote the UK’s commercial exploitation and technology transfer of metamaterials through brokered or encouraged collaboration across the value chain.
Despite the UK’s academic research leadership in this field, metamaterials lack industrial uptake from end-users. Commercialisation of metamaterials is currently challenging as these materials are not easy to understand, require sizable resources to deliver useful products, require skills and expertise that are difficult to find and require the creation of novel supply chains. Join us to understand how this Innovation Network will enable greater uptake of these materials.
Knowledge sharing and continious improvement strategies for the offshore wind...Stavros Thomas
This survey research examined the implementation and
effectiveness of continuous improvement and knowledge
sharing methods for the offshore wind power industry to
mitigate the LCOE, optimize performance and establish
business excellence.
The Centre for Defence Enterprise (CDE) aims to fund innovative, high-risk research to enable cost-effective military capabilities. It provides 100% funding for opportunities through both enduring and themed competitions, totaling over £52 million invested in 875 funded proposals over six years. Going forward, CDE will continue networking events and advise opportunities to build social capital and access future funding.
Smart Investing is all about seeing the big trend and leaping on it
before everyone else does. While “zero-subsidy” is a new term in the wind power industry it will likely become an even greater and viable opportunity in the next years. Discover the real trends, risks and opportunities behind this novel approach.
Save money and consolidate data in one safe environment - Jisc Digital Festiv...Jisc
Making the right decision about how and where to manage your data is key to an organisation’s IT strategy. The new Jisc shared data centre has been procured to provide a cost effective environment to co-locate systems and services in one safe environment.
So whether you are supporting enterprise activities or high end research, the Jisc shared data centre can provide significant benefits to your organisation.
Connected and Autonomous Vehicles Cohort WorkshopKTN
The document provides an agenda and overview for a Connected and Autonomous Vehicles (CAV) Cohort Workshop on December 14th, 2021. The agenda includes introductions from heads of CCAV and Future Regulations discussing key outcomes and areas of focus. There will also be presentations on the state of CAV development in the UK and potential use cases. The workshop aims to facilitate discussion and networking among innovators in the CAV field.
The document summarizes an innovation network event hosted by the Defence and Security Accelerator to launch a competition called "Improving Crowd Resilience". The event provided an overview of the competition which seeks innovative solutions that can use crowds to detect explosive and weapon threats in public spaces. Specifically, it challenges participants to develop technologies or methods that can 1) detect crowds' conscious and subconscious reactions to threats, 2) train the public to spot threats, or 3) enable crowds to report potential threats. Representatives from the Accelerator and Home Office discussed the goals and scope of the competition, emphasized their interest in multi-layered approaches, and took questions from attendees.
The document discusses the Centre for Defence Enterprise (CDE), which aims to fund innovative research to enable cost-effective military capabilities. CDE provides two routes for funding - an enduring competition that funds radical ideas with £3 million annually, and themed competitions that focus on specific short-term requirements. Over six years, CDE received over 5,000 proposals, funded 858 of them with £51 million, focusing on opportunities in technology, networking innovators from SMEs and academia, and minimizing participation costs.
The document summarizes the DECC Innovation Programme in the UK. It outlines the government's support for energy innovation to help meet climate change targets in an affordable way and drive economic growth. It describes the various funding programmes totalling £160 million that support technologies like offshore wind, carbon capture and storage, and the Entrepreneur Fund that has provided £15 million to over 30 small companies. It also discusses lessons learned around streamlining administration and the types of companies and technologies supported.
The document discusses concepts related to intellectual property management and technology transfer. It provides examples of analyzing an invention's technologies, patents, markets, and industry to develop a valorization plan. The plan evaluates what the invention is, who the potential customers are in which industries, how much revenue can be generated, and how to commercialize it. Developing a clear understanding of an invention's technical and legal aspects and its potential markets and commercialization strategies is key to successfully transferring technology.
This document provides an overview of Horizon 2020, the EU's research and innovation program. It discusses the background and context of EU policy, including the Europe 2020 strategy. Horizon 2020 has a total budget of nearly €80 billion and is structured around three main pillars: excellent science, industrial leadership, and societal challenges. Funding is available for projects that demonstrate new technologies and help move them to higher levels of technical readiness. Successful proposals clearly address an important European issue, demonstrate potential impact in terms of economic, social, and political returns, and have strong plans for disseminating and exploiting results.
Innovate UK Emerging & Enabling Technologies Roadshow | The Knowledge Transfe...Invest Northern Ireland
The document discusses innovation in the UK and the role of the Knowledge Transfer Network (KTN). It provides statistics on UK GDP, government funding for science and research, and business spending on R&D. It then introduces KTN as a network that connects businesses, academics, and funders to accelerate innovation. KTN aims to increase business-led R&D and collaboration between industry and academia. It operates across various technology areas and helps bridge the "valley of death" between research and commercialization. KTN offers workshops, events, and help identifying partners and funding opportunities.
Presenter - David Elson from the British Marine Federation (BMF) will present an overview of the Benefits and Challenges for SMEs and larger marine firms in raising the performance of marine supply chains. The BMF represents a wide range of businesses in the leisure, superyacht and small commercial marine industry.
Global Alliance of Disaster Research Institutes (GADRI) Discussion Session, A...Global Risk Forum GRFDavos
This summary effectively captures the key points from the document in 3 concise sentences. It highlights the main goals and principles of the Global Alliance of Disaster Research Institutes, including the need for interdisciplinary research
The document summarizes information about the Centre for Business Innovation (CfBI) and its Open Innovation meets Big Data Consortium.
The CfBI manages blue-chip consortia around emerging technology and business areas through annual membership subscriptions. The Open Innovation meets Big Data Consortium focuses on commercial opportunities around trading data between partners. Current members include companies in packaging, communications, media, financial transactions, and universities. Upcoming activities will examine implications of data policy and opportunities in smart supply chains and adding value to location data. Corporate participation in the consortium costs £10k per year.
This document provides an overview of the FIAT/IFTA Outsourced Digitization Tendering Guide, which aims to help archives write requests for proposals (RFPs) for outsourcing audiovisual digitization projects. The guide was created by the FIAT/IFTA Preservation & Migration Commission in response to member requests. It is based on existing digitization guides and specifications. The overview document outlines the guide's purpose and structure, which covers topics like project scope, technical requirements, cost breakdown templates, and evaluating contractor proposals. It is intended to help archives properly plan digitization projects and write specifications to ensure successful outsourced work.
Big Data comes from a variety of sources as human activities online generate vast amounts of data every day through intentional, accidental, and unknown means. This includes activities on social media, sensors, logs, and more. Content delivery networks (CDNs) can help distribute big data by caching content on servers located closer to users. While pushing content to CDNs offloads work from origin servers and improves performance, it also segments users and requires replication strategies to maintain consistency. Techniques include pre-computing static content from dynamic sources, pushing searches and other functions to CDNs, and experimenting with different cache models. Overall, CDNs can be an effective way to distribute big data but also introduce more complexity and dependence on the CDN
The document discusses content delivery network (CDN) technology trends. It provides an overview of the CDN market size and share from 2010 to 2014. It also describes basic CDN functionality, including how content is cached at edge servers close to users to improve performance. New entrants are aggregating unused infrastructure while some smaller CDNs use Amazon CloudFront.
Doctoral Graduation Procedure in GermanyLittle Daisy
This document provides information about obtaining a Doctor of Engineering (Dr.-Ing.) degree from a German university. It discusses that a Dr.-Ing. degree is the highest academic degree in engineering awarded by departments of research universities in Germany. It requires a dissertation focused on independent scientific research and takes 3-5 years to complete after obtaining a Master's degree. The dissertation must demonstrate the ability to conduct independent research and defend scientific results. Students pursue a Dr.-Ing. degree by accepting positions as assistants, scholarship holders, or external doctoral candidates working with a professor and research project.
The Collaborative Research Center at TU BerlinLittle Daisy
The document summarizes the state and progress of the Collaborative Research Center 1026 "Sustainable Manufacturing - Shaping Global Value Creation" funded by the German Research Foundation. It discusses the challenges of global poverty and environmental degradation. The CRC 1026 aims to provide sustainable manufacturing solutions through innovative technologies, assessment methods, and value creation networks. Key results include new approaches in lifecycle sustainability assessment and modular machine tool design. Demonstration systems showcase the sustainability potential of core manufacturing technologies and products within lifecycles. Education and training programs support doctoral students and foster interdisciplinary exchange.
1) The document discusses using autonomy and big data to enhance military capabilities. It describes how military platforms could use prior environmental data to achieve greater autonomy.
2) Several challenges for military applications were identified, including operating in GPS-denied environments and dealing with threats. The discussion focused on acquiring and processing environmental data for autonomous vehicles.
3) Two specific challenges were outlined: sourcing big data in difficult, hostile environments with limited resources; and validating data from multiple sources that may be trusted, classified, unvalidated or open/ambiguous. Transforming intelligence using big data is seen as important for the future.
The Centre for Defence Enterprise (CDE) aims to fund innovative, high-risk research to develop cost-effective military capabilities through two routes: enduring competitions that fund £3M annually for radical ideas, and themed competitions for specific requirements. CDE has received over 5,000 proposals in its first 6 years, funding 827 with £49M, with 17% of proposals and 45% of funded projects involving small and medium enterprises. Upcoming opportunities include themed competitions on additive manufacturing and participation in Innovation Network events.
KTN has launched a Metamaterials Innovation Network, which aims to promote the UK’s commercial exploitation and technology transfer of metamaterials through brokered or encouraged collaboration across the value chain.
Despite the UK’s academic research leadership in this field, metamaterials lack industrial uptake from end-users. Commercialisation of metamaterials is currently challenging as these materials are not easy to understand, require sizable resources to deliver useful products, require skills and expertise that are difficult to find and require the creation of novel supply chains. Join us to understand how this Innovation Network will enable greater uptake of these materials.
Knowledge sharing and continious improvement strategies for the offshore wind...Stavros Thomas
This survey research examined the implementation and
effectiveness of continuous improvement and knowledge
sharing methods for the offshore wind power industry to
mitigate the LCOE, optimize performance and establish
business excellence.
The Centre for Defence Enterprise (CDE) aims to fund innovative, high-risk research to enable cost-effective military capabilities. It provides 100% funding for opportunities through both enduring and themed competitions, totaling over £52 million invested in 875 funded proposals over six years. Going forward, CDE will continue networking events and advise opportunities to build social capital and access future funding.
Smart Investing is all about seeing the big trend and leaping on it
before everyone else does. While “zero-subsidy” is a new term in the wind power industry it will likely become an even greater and viable opportunity in the next years. Discover the real trends, risks and opportunities behind this novel approach.
Save money and consolidate data in one safe environment - Jisc Digital Festiv...Jisc
Making the right decision about how and where to manage your data is key to an organisation’s IT strategy. The new Jisc shared data centre has been procured to provide a cost effective environment to co-locate systems and services in one safe environment.
So whether you are supporting enterprise activities or high end research, the Jisc shared data centre can provide significant benefits to your organisation.
Connected and Autonomous Vehicles Cohort WorkshopKTN
The document provides an agenda and overview for a Connected and Autonomous Vehicles (CAV) Cohort Workshop on December 14th, 2021. The agenda includes introductions from heads of CCAV and Future Regulations discussing key outcomes and areas of focus. There will also be presentations on the state of CAV development in the UK and potential use cases. The workshop aims to facilitate discussion and networking among innovators in the CAV field.
The document summarizes an innovation network event hosted by the Defence and Security Accelerator to launch a competition called "Improving Crowd Resilience". The event provided an overview of the competition which seeks innovative solutions that can use crowds to detect explosive and weapon threats in public spaces. Specifically, it challenges participants to develop technologies or methods that can 1) detect crowds' conscious and subconscious reactions to threats, 2) train the public to spot threats, or 3) enable crowds to report potential threats. Representatives from the Accelerator and Home Office discussed the goals and scope of the competition, emphasized their interest in multi-layered approaches, and took questions from attendees.
The document discusses the Centre for Defence Enterprise (CDE), which aims to fund innovative research to enable cost-effective military capabilities. CDE provides two routes for funding - an enduring competition that funds radical ideas with £3 million annually, and themed competitions that focus on specific short-term requirements. Over six years, CDE received over 5,000 proposals, funded 858 of them with £51 million, focusing on opportunities in technology, networking innovators from SMEs and academia, and minimizing participation costs.
The document summarizes the DECC Innovation Programme in the UK. It outlines the government's support for energy innovation to help meet climate change targets in an affordable way and drive economic growth. It describes the various funding programmes totalling £160 million that support technologies like offshore wind, carbon capture and storage, and the Entrepreneur Fund that has provided £15 million to over 30 small companies. It also discusses lessons learned around streamlining administration and the types of companies and technologies supported.
The document discusses concepts related to intellectual property management and technology transfer. It provides examples of analyzing an invention's technologies, patents, markets, and industry to develop a valorization plan. The plan evaluates what the invention is, who the potential customers are in which industries, how much revenue can be generated, and how to commercialize it. Developing a clear understanding of an invention's technical and legal aspects and its potential markets and commercialization strategies is key to successfully transferring technology.
This document provides an overview of Horizon 2020, the EU's research and innovation program. It discusses the background and context of EU policy, including the Europe 2020 strategy. Horizon 2020 has a total budget of nearly €80 billion and is structured around three main pillars: excellent science, industrial leadership, and societal challenges. Funding is available for projects that demonstrate new technologies and help move them to higher levels of technical readiness. Successful proposals clearly address an important European issue, demonstrate potential impact in terms of economic, social, and political returns, and have strong plans for disseminating and exploiting results.
Innovate UK Emerging & Enabling Technologies Roadshow | The Knowledge Transfe...Invest Northern Ireland
The document discusses innovation in the UK and the role of the Knowledge Transfer Network (KTN). It provides statistics on UK GDP, government funding for science and research, and business spending on R&D. It then introduces KTN as a network that connects businesses, academics, and funders to accelerate innovation. KTN aims to increase business-led R&D and collaboration between industry and academia. It operates across various technology areas and helps bridge the "valley of death" between research and commercialization. KTN offers workshops, events, and help identifying partners and funding opportunities.
Presenter - David Elson from the British Marine Federation (BMF) will present an overview of the Benefits and Challenges for SMEs and larger marine firms in raising the performance of marine supply chains. The BMF represents a wide range of businesses in the leisure, superyacht and small commercial marine industry.
Global Alliance of Disaster Research Institutes (GADRI) Discussion Session, A...Global Risk Forum GRFDavos
This summary effectively captures the key points from the document in 3 concise sentences. It highlights the main goals and principles of the Global Alliance of Disaster Research Institutes, including the need for interdisciplinary research
The document summarizes information about the Centre for Business Innovation (CfBI) and its Open Innovation meets Big Data Consortium.
The CfBI manages blue-chip consortia around emerging technology and business areas through annual membership subscriptions. The Open Innovation meets Big Data Consortium focuses on commercial opportunities around trading data between partners. Current members include companies in packaging, communications, media, financial transactions, and universities. Upcoming activities will examine implications of data policy and opportunities in smart supply chains and adding value to location data. Corporate participation in the consortium costs £10k per year.
This document provides an overview of the FIAT/IFTA Outsourced Digitization Tendering Guide, which aims to help archives write requests for proposals (RFPs) for outsourcing audiovisual digitization projects. The guide was created by the FIAT/IFTA Preservation & Migration Commission in response to member requests. It is based on existing digitization guides and specifications. The overview document outlines the guide's purpose and structure, which covers topics like project scope, technical requirements, cost breakdown templates, and evaluating contractor proposals. It is intended to help archives properly plan digitization projects and write specifications to ensure successful outsourced work.
Big Data comes from a variety of sources as human activities online generate vast amounts of data every day through intentional, accidental, and unknown means. This includes activities on social media, sensors, logs, and more. Content delivery networks (CDNs) can help distribute big data by caching content on servers located closer to users. While pushing content to CDNs offloads work from origin servers and improves performance, it also segments users and requires replication strategies to maintain consistency. Techniques include pre-computing static content from dynamic sources, pushing searches and other functions to CDNs, and experimenting with different cache models. Overall, CDNs can be an effective way to distribute big data but also introduce more complexity and dependence on the CDN
The document discusses content delivery network (CDN) technology trends. It provides an overview of the CDN market size and share from 2010 to 2014. It also describes basic CDN functionality, including how content is cached at edge servers close to users to improve performance. New entrants are aggregating unused infrastructure while some smaller CDNs use Amazon CloudFront.
Doctoral Graduation Procedure in GermanyLittle Daisy
This document provides information about obtaining a Doctor of Engineering (Dr.-Ing.) degree from a German university. It discusses that a Dr.-Ing. degree is the highest academic degree in engineering awarded by departments of research universities in Germany. It requires a dissertation focused on independent scientific research and takes 3-5 years to complete after obtaining a Master's degree. The dissertation must demonstrate the ability to conduct independent research and defend scientific results. Students pursue a Dr.-Ing. degree by accepting positions as assistants, scholarship holders, or external doctoral candidates working with a professor and research project.
The Collaborative Research Center at TU BerlinLittle Daisy
The document summarizes the state and progress of the Collaborative Research Center 1026 "Sustainable Manufacturing - Shaping Global Value Creation" funded by the German Research Foundation. It discusses the challenges of global poverty and environmental degradation. The CRC 1026 aims to provide sustainable manufacturing solutions through innovative technologies, assessment methods, and value creation networks. Key results include new approaches in lifecycle sustainability assessment and modular machine tool design. Demonstration systems showcase the sustainability potential of core manufacturing technologies and products within lifecycles. Education and training programs support doctoral students and foster interdisciplinary exchange.
1) The document discusses using autonomy and big data to enhance military capabilities. It describes how military platforms could use prior environmental data to achieve greater autonomy.
2) Several challenges for military applications were identified, including operating in GPS-denied environments and dealing with threats. The discussion focused on acquiring and processing environmental data for autonomous vehicles.
3) Two specific challenges were outlined: sourcing big data in difficult, hostile environments with limited resources; and validating data from multiple sources that may be trusted, classified, unvalidated or open/ambiguous. Transforming intelligence using big data is seen as important for the future.
One of the authors’ main motivations to publish this book is the need to raise the success rate of innova
-
tion projects undertaken by enterprises and organizations
.
The emphasis placed by the authors in the fuzzy front-end of the innovation process is due to the fact
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the decisive impact that this fuzzy front-end has in the fate and results of the innovation projects
. When
investing the necessary resources, using suitable human resources and promoting essential intangible
capacities to cover the demands of this crucial period, it is possible to reduce the risk of failure of the
innovation projects
. The high rate of failure is not only related to the very nature of the innovation, which
essentially means the attempt of something that has not been previously carried out
. Many projects fail
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are often explained on one hand by the lack of analysis and poor planning, and on the other hand, by the
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-
sis to understand the why and how of innovation management with a strict orientation towards market
.
Since an isolated application of methods and tools, without previously establishing a clear action line and
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be avoided
. Both those who assume a leadership role in decision making and those who from their most
specialized areas intervene in innovation projects, must understand innovation as a process incorporating
multiple factors, areas and dimensions, and which implies certain complexities for the management and
the employees
. In this way, it is possible to count with the necessary elements to practice analysis and
develop strategies
. Based on this approach it is possible to begin with the implementation of tools, which
allow materializing strategies
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section, arise from the practices of German companies and their successful innovation approaches
This document introduces 37 spiritual practices organized alphabetically from A to Z. It describes practices like meditation, mindfulness, nature walks and service to help enrich one's life. These practices are said to connect people with their true selves, neighbors, world and higher power or source. They represent main routes or markers of spiritual life across different religions and paths. Both traditional practices like prayer and meditation as well as intentions behind practices like optimism are included.
Front End of Innovation Workshop - Your Future Innovation Tools Engage // Innovate
Your Future Innovation Tools - Strategy Tools for the Next Generation. Half-Day workshop on the opening day of Front End of Innovation 2014
Workshop run by strategy and innovation experts, Elisabeth Ovstebo and Christian Rangen of Engage // Innovate and Visual Strategy Facilitator Holger Nils Pohl.
Leonardo da Vinci was a true Renaissance man who made significant contributions across multiple fields. He was one of the greatest minds in history, excelling as an artist, scientist, mathematician, engineer and inventor. As an artist, his most famous works include the Mona Lisa and The Last Supper. As a scientist, he made accurate anatomical drawings and discoveries that were well ahead of his time. Leonardo had a profound, inquisitive mind and was deeply interested in understanding nature. He is proposed to have reached the stage of initiation based on his integrated personality and expanded consciousness evident in his works and thinking.
This document provides 15 steps to build a good self-image. It begins with an introduction explaining that low self-esteem is often due to negative thought forms from childhood. Step 1 encourages praising one's good qualities to strengthen self-esteem. Step 2 recommends learning new things to build confidence and set achievable goals. Step 3 advises choosing friends who are positive and help one succeed. The document provides tips and affirmations for each step to improve self-image.
The document discusses the front end of innovation and provides a common framework to understand and manage it. It introduces the New Concept Development (NCD) model, which defines the key elements of the front end as opportunity identification, idea generation and enrichment, and idea selection. The model aims to provide clarity, common terminology, and optimize the "fuzzy front end" activities that occur before structured new product development begins. The document also briefly defines opportunities and ideas as the most important elements of the front end that the NCD model addresses.
Ponència a càrrec d'Àlex Caballero, d'Atos, presentada a la 19a edició de la Trobada de l'Anella Científica (TAC) al Tecnocampus Mataró-Maresme el 30 de juny de 2015.
En aquesta presentació s'ha mostrat la descripció i funcionament de la plataforma al núvol Helix Nebula.
Proceso de innovación cómo gestionan la innovación en forma sistemática las e...Vicky Watson
El documento describe los servicios de Blue Ocean Innovation, una consultora dedicada a instaurar la capacidad de innovar de manera sistemática y eficiente en las organizaciones. Explica que Jorge, el fundador, tiene amplia experiencia en innovación en Unilever y otras empresas. Luego, detalla cómo la consultora ayuda a sistematizar el proceso de innovación a través de las etapas de generación de ideas, gestión de portafolios de proyectos, y ejecución de innovaciones. Finalmente, presenta ejemplos recientes de proyectos de innovación real
Urban Sustainability - Vision & Public PerceptionLittle Daisy
This document is a thesis submitted by Thuy Duong Pham in July 2011 for the Master Program on International Urban Development at VGU. The thesis examines urban sustainability visions and public perceptions in Ho Chi Minh City, Vietnam. It begins with an introduction that discusses the importance and challenges of urban sustainability as more people live in cities. The research aims to understand what makes a livable and sustainable city according to experts and public perceptions. The thesis uses a backcasting and systems approach to develop a holistic framework for urban sustainability. It presents findings on urban sustainability visions from experts and surveys perceptions of sustainability and urban development in HCMC. The conclusion recommends actions like poverty alleviation and education to progress toward a sustainable urban future.
Presentations from 8 July 2015 CDE Innovation Network event. For more information see: https://www.gov.uk/government/news/cde-innovation-network-event-with-uk-defence-solutions-centre
This document provides guidance for completing research proposals for the Centre for Defence Enterprise (CDE). It outlines the key factors CDE looks for in proposals, including clarity, innovation, low technology readiness levels, benefits to defence users, and the applicant's vision. The guidance emphasizes showing operational relevance, likelihood of exploitation, scientific quality, and managing technical risk. It provides tips on structuring the proposal with sections on the idea, benefits, impact, approach, deliverables, and performance assessment. Attachments should be limited to 1MB and in MS Word format. The document encourages applicants to avoid acronyms, prove read their proposals, and submit early.
This document provides guidance for completing research proposals for the Centre for Defence Enterprise (CDE). It outlines the key factors CDE looks for in proposals, including clarity, innovation, low technology readiness levels, benefits to defence users, and the applicant's vision. The guidance emphasizes showing operational relevance, likelihood of exploitation, scientific quality, and managing technical risk. It provides tips on structuring the proposal with sections on the idea, benefits, impact, approach, deliverables, and performance assessment. Attachments should be limited to 1MB and in MS Word format. The document encourages applicants to avoid acronyms, prove read their proposals, and submit early.
This document provides guidance for completing research proposals for submission to the Centre for Defence Enterprise (CDE). It outlines the key factors and sections that proposals should address, including the idea, benefit, impact, approach, and deliverables. Proposals should clearly communicate the innovative science and technology, valued benefits, and likelihood of exploitation. Graphics should be used carefully and proposals should fit the CDE Performance Assessment Framework. Overall, the document emphasizes the importance of clarity, innovation, feasibility, and evidence in developing effective research proposals.
The Centre for Defence Enterprise (CDE) aims to enable innovative, high-risk research to develop cost-effective military capabilities through partnerships between the UK Ministry of Defence and industry. Over five and a half years, CDE received nearly 5,000 proposals, funded over 800 of them with £48 million, and 45% of funded proposals involved small and medium enterprises. CDE operates through an open competition model and networking events to engage innovators from academia, small businesses, and wider industry in developing technologies for military advantage.
The Centre for Defence Enterprise (CDE) aims to fund innovative, high-risk research projects through two routes: an enduring competition that provides £3 million annually for radical ideas across nine technological frameworks, and themed competitions focused on specific challenges. Over six years, CDE received over 5,000 proposals, funded 812 of them with £48.5 million, with 17% of proposals and 45% of funded projects involving small-to-medium enterprises. CDE helps connect innovators across defence and other industries through networking events on emerging technologies.
The Centre for Defence Enterprise (CDE) aims to fund innovative, high-risk research to develop cost-effective military capabilities through two main routes - an enduring competition that provides £3M annually for radical ideas, and themed competitions focused on specific challenges. CDE seeks proposals from small businesses, academics and wider industry and has invested over £50M in 842 funded proposals over six years to develop technologies in areas like protection, lethality, and situational awareness. Upcoming events will provide networking and advice to innovators on opportunities like automated cyber defence responses.
John Stoop_Aviation safety and risk A historical perspective.pdfΜανούσος Τραχαλάκης
This document discusses the history and evolution of aviation safety. It covers major accidents like the Hindenburg and Tenerife disasters. It examines how safety investigations and risk assessment have expanded in scope over time to consider more technical failures, human factors, and systemic deficiencies. The roles of international safety institutions are also outlined. The document argues that safety is now an integrated part of the entire aviation system.
The Centre for Defence Enterprise (CDE) aims to fund innovative, high-risk research projects that enable cost-effective military capabilities. Over six years, CDE received over 5,000 proposals, funded 875 projects with £52 million in funding. CDE seeks proposals from small- and medium-sized enterprises, academia, and wider industry that could provide technological advantages for defence and other markets. CDE operates recurring funding competitions and works to minimize costs and barriers for innovators while maintaining transparency and regulatory compliance.
Keynote presentation delivered during 9th Seminar on Media and the Digital Economy (21-22 March 2019, Florence).
http://fsr.eui.eu/event/annual-scientific-seminar-on-media-and-the-digital-economy-9th-edition/
The Centre for Defence Enterprise (CDE) aims to fund innovative, high-risk research to develop new military capabilities. It provides funding opportunities for small businesses, academics, and wider industry through both enduring and themed competitions. Over six years, CDE received over 5000 proposals and funded 858 projects with £51 million, focusing on areas like protection, lethality, and human performance. CDE will continue working to connect innovators and investors through events like the upcoming Innovation Network event on affordable space capabilities.
Global supply chains face complexities from globalization including risks like volatile fuel prices and supplier issues. Information flows between partners include orders, shipments, and quality data. Radio frequency identification (RFID) provides visibility and automation by replacing barcodes. Standards like EDI, XML, and web services enable integration between partners. Strategic supply chains maximize information flow while minimizing physical material flows.
Briefings from Innovation Network event.
For more information, please visit:
https://www.gov.uk/government/news/cde-innovation-network-event-24-june-2015-london
The document discusses the relationship between corporate strategy and supply chain management. It explains that the corporate mission and strategy should dictate the strategies for each functional area, including operations and supply chain management. The supply chain strategy must support the overall corporate strategy through its decisions around facilities, inventory, transportation, information, and market segmentation. Dell's strategy and supply chain model is provided as an example of strategic fit between the corporate goals of customization, speed, and affordability and its supply chain design.
Presentations from 9 July 2015 Innovation Network event. For more information see: https://www.gov.uk/government/news/cde-innovation-network-event-9-july-2015-london
This document provides information about the Centre for Defence Enterprise (CDE) and its process for funding innovative defense research proposals. The CDE aims to fund high-risk, high-reward research that can provide military capability advantages. It receives thousands of proposals each year and funds hundreds of projects, investing over £44 million over 5 years. The CDE uses both open competitions on any topic and themed competitions focused on specific needs. The document outlines the proposal submission and assessment process, emphasizing clear, concise, evidence-based proposals that demonstrate operational relevance and potential for exploitation.
The Centre for Defence Enterprise (CDE) aims to fund innovative, high-risk research projects to develop cost-effective military capabilities. Over seven years, CDE received over 5,600 proposals, funded 931 of them totaling £57 million in investment. CDE seeks proposals from small- and medium-sized enterprises, academia, and wider industry through two routes: enduring competitions with £3 million annual funding and themed competitions focused on specific requirements. CDE operates under principles of applying innovation to develop future military capabilities through partnerships between government, industry, and investors.
This presentation was presented at the 4th annual Virtual Worlds Best Practices in Education Conference (vwbpe.org) on March 19, 2011. The talk focused on where virtual worlds are headed over the next 6 years.
Similar to PM Briefing: Autonomy and big data for defence (20)
The Department for International Trade helps UK businesses export, especially in the defense, security, and cybersecurity sectors. It works with these industries and other government departments to promote UK capabilities abroad, build relationships with overseas buyers, and support key export opportunities. The DIT also led a strategy exercise with industry to define how the UK government will support the security sector in exporting from 2019-2024. This new strategy focuses on using all of the UK government's capabilities to help companies export in a collaborative way.
The document summarizes research and development efforts in the UK fire service. It describes the national structure which includes a national lead, regional leads across 11 regions, and support from 50 UK fire and rescue services. It works closely with various partners from government, industry, academia, and other emergency services. The approach covers fundamental, industrial, and capability development research. Key partners include various government defense and security organizations, universities, the fire industry association, and international partners through IFAFRI. It conducts surveys to identify emerging research needs and aims to map out fire and rescue related research. Future plans include more horizon scanning, capability analysis, and challenges to access science and technology assets.
The document discusses experiences working with DASA (Defense Aviation Security Agency) and outlines their vision for future aviation security solutions. The vision is to deliver transformational change in aviation security through innovative science and technology, improving ability to prevent terrorist attacks on planes while enhancing passenger experience and benefitting the aviation industry.
DASA Innovation Partner, Tony Collins, discusses International Outreach.
DASA Senior Exploitation Manager, Eleanor Rice, discusses exploitation of innovation.
DASA Access to Mentoring and Finance Lead, Alan Scrase, discusses how his support will add value
The Bank of England is seeking novel security features for future banknote generations to aid authentication by the public and retailers. The features should be difficult to counterfeit, intuitive to use, easy to communicate and educate about, durable, compatible with high-volume printing, and integrated into designs. The Bank has moved to polymer notes to address counterfeiting threats from advancing print technologies. It manages counterfeiting through secure designs, quality control, education, cash machine regulation, and law enforcement cooperation.
This document summarizes a presentation given to the Defence and Security Accelerator about Blue Bear's journey working with the Accelerator. The presentation discusses Blue Bear's project on open architectures for air-land interoperability and last mile resupply. It proposes a 6-month project to demonstrate autonomous airborne resupply for soldiers using unmanned aerial vehicles and open software architectures. It then outlines Blue Bear and its partners' experience working with the Accelerator, emphasizing the importance of attending launch events, engaging with stakeholders, and clearly writing proposals that solve problems and clarify exploitation pathways.
This document discusses challenges and opportunities in defense innovation. It outlines many technology areas that could be improved, such as robotics, autonomy, cybersecurity, and artificial intelligence. It also summarizes recent defense innovation competitions and their results. The document encourages collaboration between government, academia and industry to address defense problems through innovative solutions.
The document provides guidance on creating proposals for the Defence and Security Accelerator Innovation network event. It outlines that proposals should include details about the innovation idea, its relevance to defence and security, a proposed work plan, and exploitation strategy. It notes that technology readiness levels will be used to measure maturity. The document also describes the assessment criteria for proposals, which includes impact, likelihood of exploitation, advancing innovation, quality, and level of challenge.
The Defence and Security Accelerator is an innovation network established in 2016 to find and exploit innovations that support UK defence and security. It provides multiple entry points for innovators, including open calls and themed competitions. It offers a simple application process, funding for successful proposals, and support to help bring ideas to UK defence and security customers. Recent themed competitions have focused on areas like autonomous resupply, human-information relationships, battery power alternatives, and aviation security.
The document discusses challenges with rapidly integrating new sensors for military use. It describes how sensors currently have different data formats and standards, making integration difficult. It proposes developing common preprocessing and postprocessing functions, as well as an open architecture algorithm repository, to allow automated integration and fusion of data from various sensors. This would help overcome issues around scalability and real-time performance when exploiting sensor data for military operations.
This document discusses potential applications of synthetic biology for developing novel transparent materials and adhesives/interlayer materials. It notes that new materials could help address issues like moisture degradation, delamination, and reducing costs. The document outlines challenges with current materials and desirable properties for new solutions. It provides details on a competition seeking proposals for using synthetic biology to create novel transparent materials or adhesives/interlayers, noting what is and isn't desired in submissions. Overall the document scopes opportunities for synthetic biology to enhance transparent materials for defense applications.
The document discusses utilizing synthetic biology to develop novel transparent materials for defence applications such as transparent armor. It describes two challenges for a competition: 1) producing and characterizing novel transparent materials, and 2) developing adhesives and interlayer materials compatible with transparent armor. Currently, transparent armor has poor ballistic performance compared to opaque armor and is expensive due to specialized materials and processing required. Synthetic biology may be able to create new transparent composite materials inspired by biology with enhanced properties for armor applications.
The document discusses the limitations of battery power for small autonomous robots and soldiers. While smaller robots are safer and more practical for defense applications, current battery technology only allows for an hour or two of operation, which is not enough. Batteries are also limited in their energy density and unlikely to improve much in the next 10-20 years. The document proposes potential alternative power solutions that could be explored, such as photovoltaic energy capture from flames, novel engine/generator combinations, or single-use power sources that last a day or two before recycling. It concludes that long-endurance power sources for smaller robots present an opportunity for defense applications if technical challenges can be addressed.
The document discusses the limitations of battery power for small autonomous robots and soldiers. While small robots are attractive for defense applications like reconnaissance and patrolling, battery technology cannot provide enough energy density for more than an hour or two of operation. Fuel cells and generators are not feasible options at small scales either. However, the document suggests some potential solutions being explored, such as photovoltaic energy capture from flames, novel engine/generator combinations, or single-use power sources that could operate for a day before recycling. The goal is to develop alternative power sources that would enable the widespread use of smaller autonomous robots in defense applications.
An introduction to the themed competition and an overview of how it would be applied in a military setting. Presentation first shown on 1 December 2016.
Introduction to innovation and network event hosted by the Centre for Defence Enterprise. This presentation outlines CDE's role and signposts the future direction of the project.
This document discusses screening methods and technologies for hold baggage and cargo at airports. It outlines the threat materials that screening aims to detect, which does not include firearms, ammunition, or knives. Various screening methods are described, including canine screening, X-ray systems, explosive detection systems, hand searches, and trace detection. A multi-level screening process is outlined. The document also discusses screening capabilities for cargo, including X-ray, explosive detection systems, hand searches, metal detection, explosive trace detection, and explosive detection dogs. It notes technologies being developed and requirements for improving cargo screening. Important dates for a competition on new screening technologies are provided.
A tale of scale & speed: How the US Navy is enabling software delivery from l...sonjaschweigert1
Rapid and secure feature delivery is a goal across every application team and every branch of the DoD. The Navy’s DevSecOps platform, Party Barge, has achieved:
- Reduction in onboarding time from 5 weeks to 1 day
- Improved developer experience and productivity through actionable findings and reduction of false positives
- Maintenance of superior security standards and inherent policy enforcement with Authorization to Operate (ATO)
Development teams can ship efficiently and ensure applications are cyber ready for Navy Authorizing Officials (AOs). In this webinar, Sigma Defense and Anchore will give attendees a look behind the scenes and demo secure pipeline automation and security artifacts that speed up application ATO and time to production.
We will cover:
- How to remove silos in DevSecOps
- How to build efficient development pipeline roles and component templates
- How to deliver security artifacts that matter for ATO’s (SBOMs, vulnerability reports, and policy evidence)
- How to streamline operations with automated policy checks on container images
Sudheer Mechineni, Head of Application Frameworks, Standard Chartered Bank
Discover how Standard Chartered Bank harnessed the power of Neo4j to transform complex data access challenges into a dynamic, scalable graph database solution. This keynote will cover their journey from initial adoption to deploying a fully automated, enterprise-grade causal cluster, highlighting key strategies for modelling organisational changes and ensuring robust disaster recovery. Learn how these innovations have not only enhanced Standard Chartered Bank’s data infrastructure but also positioned them as pioneers in the banking sector’s adoption of graph technology.
Unlock the Future of Search with MongoDB Atlas_ Vector Search Unleashed.pdfMalak Abu Hammad
Discover how MongoDB Atlas and vector search technology can revolutionize your application's search capabilities. This comprehensive presentation covers:
* What is Vector Search?
* Importance and benefits of vector search
* Practical use cases across various industries
* Step-by-step implementation guide
* Live demos with code snippets
* Enhancing LLM capabilities with vector search
* Best practices and optimization strategies
Perfect for developers, AI enthusiasts, and tech leaders. Learn how to leverage MongoDB Atlas to deliver highly relevant, context-aware search results, transforming your data retrieval process. Stay ahead in tech innovation and maximize the potential of your applications.
#MongoDB #VectorSearch #AI #SemanticSearch #TechInnovation #DataScience #LLM #MachineLearning #SearchTechnology
Building RAG with self-deployed Milvus vector database and Snowpark Container...Zilliz
This talk will give hands-on advice on building RAG applications with an open-source Milvus database deployed as a docker container. We will also introduce the integration of Milvus with Snowpark Container Services.
Pushing the limits of ePRTC: 100ns holdover for 100 daysAdtran
At WSTS 2024, Alon Stern explored the topic of parametric holdover and explained how recent research findings can be implemented in real-world PNT networks to achieve 100 nanoseconds of accuracy for up to 100 days.
How to Get CNIC Information System with Paksim Ga.pptxdanishmna97
Pakdata Cf is a groundbreaking system designed to streamline and facilitate access to CNIC information. This innovative platform leverages advanced technology to provide users with efficient and secure access to their CNIC details.
“An Outlook of the Ongoing and Future Relationship between Blockchain Technologies and Process-aware Information Systems.” Invited talk at the joint workshop on Blockchain for Information Systems (BC4IS) and Blockchain for Trusted Data Sharing (B4TDS), co-located with with the 36th International Conference on Advanced Information Systems Engineering (CAiSE), 3 June 2024, Limassol, Cyprus.
Observability Concepts EVERY Developer Should Know -- DeveloperWeek Europe.pdfPaige Cruz
Monitoring and observability aren’t traditionally found in software curriculums and many of us cobble this knowledge together from whatever vendor or ecosystem we were first introduced to and whatever is a part of your current company’s observability stack.
While the dev and ops silo continues to crumble….many organizations still relegate monitoring & observability as the purview of ops, infra and SRE teams. This is a mistake - achieving a highly observable system requires collaboration up and down the stack.
I, a former op, would like to extend an invitation to all application developers to join the observability party will share these foundational concepts to build on:
Removing Uninteresting Bytes in Software FuzzingAftab Hussain
Imagine a world where software fuzzing, the process of mutating bytes in test seeds to uncover hidden and erroneous program behaviors, becomes faster and more effective. A lot depends on the initial seeds, which can significantly dictate the trajectory of a fuzzing campaign, particularly in terms of how long it takes to uncover interesting behaviour in your code. We introduce DIAR, a technique designed to speedup fuzzing campaigns by pinpointing and eliminating those uninteresting bytes in the seeds. Picture this: instead of wasting valuable resources on meaningless mutations in large, bloated seeds, DIAR removes the unnecessary bytes, streamlining the entire process.
In this work, we equipped AFL, a popular fuzzer, with DIAR and examined two critical Linux libraries -- Libxml's xmllint, a tool for parsing xml documents, and Binutil's readelf, an essential debugging and security analysis command-line tool used to display detailed information about ELF (Executable and Linkable Format). Our preliminary results show that AFL+DIAR does not only discover new paths more quickly but also achieves higher coverage overall. This work thus showcases how starting with lean and optimized seeds can lead to faster, more comprehensive fuzzing campaigns -- and DIAR helps you find such seeds.
- These are slides of the talk given at IEEE International Conference on Software Testing Verification and Validation Workshop, ICSTW 2022.
20 Comprehensive Checklist of Designing and Developing a WebsitePixlogix Infotech
Dive into the world of Website Designing and Developing with Pixlogix! Looking to create a stunning online presence? Look no further! Our comprehensive checklist covers everything you need to know to craft a website that stands out. From user-friendly design to seamless functionality, we've got you covered. Don't miss out on this invaluable resource! Check out our checklist now at Pixlogix and start your journey towards a captivating online presence today.
Unlocking Productivity: Leveraging the Potential of Copilot in Microsoft 365, a presentation by Christoforos Vlachos, Senior Solutions Manager – Modern Workplace, Uni Systems
24. How can you get involved?
Right person/time
Cost effective and
robust
Secure - COTS
25. Centre for Defence Enterprise
Advanced Design and
Manufacturing
Wing Commander Jim Pennycook
Centre for Defence Enterprise
030 67704236
030 67704237
cde@dstl.gov.uk
www.gov.uk/dstl/cde