Micro soft edge
Author: d | 2025-04-25
How to recover favorite bookmarks on micro-soft edge after sync'ing two windows accounts. How to recover favorite bookmarks on micro-soft edge after sync'ing two windows accounts.
Micro Soft Edge - Microsoft Community
OpenAI’s models across our consumer and enterprise products and introduce new categories of digital experiences built on OpenAI’s technology. This includes Microsoft’s Azure OpenAI Service, which empowers developers to build cutting-edge AI applications through direct access to OpenAI models backed by Azure’s trusted, enterprise-grade capabilities and AI-optimized infrastructure and tools.Exclusive cloud provider – As OpenAI’s exclusive cloud provider, Azure will power all OpenAI workloads across research, products and API services.Read: OpenAI, OpenAI Business Model, OpenAI-Microsoft Partnership. Micro-soft, the nameWhen Bill Gates and Paul Allen needed to pick a name, Paul Allen reported in his memoir, “We considered Allen & Gates, but it sounded too much like a law firm. My next idea: Micro-Soft, for microprocessors and software. While the typography would be in flux over the next year or so (including a brief transition as Micro Soft), we both knew instantly that the name was right. Micro-Soft was simple and straightforward. It conveyed just what we were about.“As Paul Allen explained in his memoir, the turning point for Microsoft came when a new chip was created by Intel.It was November 1971; Gordon Moore, the co-founder of Intel, noted, “now we can make a single chip and sell it for several thousand different applications.”In that same year, the chip 4004 was announced, which was the beginning of the CPU market, which would become a key industry for Intel in the coming decades. In March 1972, the follow-up to the 4004 chip came out; it was the 8008. As the story goes, Allen went to Gates and proposed the idea of developing a sort of operating system for that chip.Yet Bill Gates was quite a skeptic, as he feared that the chip was too slow to handle an operating system. Thus, Paul Allen went back and waited for the real turning point, the launch of the Intel 8080 by Italian chip designer Federico Faggin!That was the moment when Gates and Allen went to develop an operating system for the 8080, as the first minicomputers were built on top of that chip. From that moment, Microsoft was born. How did Bill Gates end ChromeOS™Up to Intel® Core™ processor214" (35.6 cm) diagonal HD micro-edge and edge-to-edge glass display17As light as 3.32 1.50 kg18Up to 8GB RAMIntel® UHD GraphicsHP True Vision 720p HD camera with temporal noise reduction and integrated dual array digital microphones3 HP Chromebook 14" Worry-free performance and entertainment ChromeOS™Up to Intel® Core™ processor214" (35.6 cm) diagonal HD micro-edge and edge-to-edge glass display17As light as 1.50 kg18Up to 8GB RAM HP Chromebook 14" Worry-free performance and entertainment ChromeOS™Up to Intel® Core™ processor214" (35.6 cm) diagonal HD micro-edge and edge-to-edge glass display17As light as 3.32 1.50 kg18Up to 8GB RAMIntel® UHD GraphicsHP True Vision 720p HD camera with temporal noise reduction and integrated dual array digital microphones3 HP Chromebook x360 14" Power your everyday and take on any task ChromeOS™Up to Intel® Core™ processor214" (35.6 cm) diagonal HD micro-edge and edge-to-edge glass display17As light as 1.50 kg18Up to 8GB RAM HP Chromebook x360 14" Power your everyday and take on any task ChromeOS™Up to Intel® Core™ processor214" (35.6 cm) diagonal HD micro-edge and edge-to-edge glass display17As light as 1.50 kg18Up to 8GB RAMIntel® UHD GraphicsHP True Vision 720p HD camera with temporal noise reduction and integrated dual array digital microphones3 HP Chromebook x360 14" Power your everyday and take on any task ChromeOS™Up to Intel® Core™ processor214" (35.6 cm) diagonal HD micro-edge and edge-to-edge glass display17As light as 1.50 kg18Up to 8GB RAM HP Chromebook x360 14" Power your everyday and take on any task ChromeOS™Up to Intel® Core™ processor214" (35.6 cm) diagonal HD micro-edge and edge-to-edge glass display17As light as 1.50 kg18Up to 8GB RAMIntel® UHD GraphicsHP True Vision 720p HD camera with temporal noise reduction and integrated dual array digital microphones3 HP Chromebook x360 14" Power your everyday and take on any task ChromeOS™Up to Intel® Core™ processor214" (35.6 cm) diagonal HD micro-edge and edge-to-edge glass display17As light as 1.50 kg18Up to 8GB RAM HP Chromebook x360 14" Power your everyday and take on any task ChromeOS™Up to Intel® Core™ processor214" (35.6 cm) diagonal HD micro-edge and edge-to-edge glass display17As light as 1.50 kg18Up to 8GB RAMIntel® UHD GraphicsHP True Vision 720p HD camera with temporal noise reduction and integrated dual array digital microphones3 HP Chromebook 15.6" For all your multi-tasking and entertainment needs, with its all-day battery life, vibrant display, and ChromeOS-powered productivity features. ChromeOS™Up to a 12th Gen Intel® Core™ i3 processor2Up to 15.6” (39.6 cm) diagonal FHD touch display11As light as 1.730 kg18Up to 8GB RAM HP Chromebook 15.6" For all your multi-tasking and entertainment needs, with its all-day battery life, vibrant display, and ChromeOS-powered productivity features. ChromeOS™Up to a 12th Gen Intel® Core™ i3 processor2Up to 15.6” (39.6 cm) diagonal FHD touch display11As light as 1.730 kg18Up tomicro soft edge page too far to the right - Microsoft Community
Mizuno Pro T-1 and T-3 wedges are new 2025 launches as the brand’s premium wedge range to cater for a wide variety of golfers.The two new models were officially unveiled in January 2025, the same month the S-3 irons, Pro S and Pro X balls and a potential new Mizuno driver the D111 was also seen for the first time.Both wedges are crafted using Grain Flow Forged HD technology and 1025 pure select milled carbon steel with copper underlay, resulting in the iconic soft feel Mizuno is known for.How do the two wedges differ? What type of golfer does each suit? We took a good look and found them to be equally impressive and the full lowdown is below.Mizuno T-1 Wedges Specs & DesignThe T-1 wedge features a blade-style design and is best suited to more skilled golfers looking for precision and versatility in their short game.The compact head design with a straighter leading edge improves visual appeal and promotes confident shot-making whether used around the green or for those pin-seeking approaches.The wedges are forged using 1025 Pure Select Mild Carbon Steel with a Copper Underlay, resulting in an exceptionally soft feel and precise feedback that Mizuno are famed for.The T-1 model comes with Quad Cut + and Hydroflow Micro Grooves, which deliver seriously eye-catching spin performance – even in wet conditions.The Quad Cut + features a tighter groove pattern that maximizes spin rates and improves consistency, while the Hydroflow Micro Grooves channel moisture away from the clubface for consistent spin performance in both dry and wet conditions.The T-1 is available in S, M, P, C, V, and X sole grinds and in lofts ranging from 46 degrees to 60 degrees. The wedges are available in white satin, black ION or blue ION color options. Mizuno T-3 Wedges Specs & DesignThe T-3 wedge has a shallow cavity-back design is more focused on providing a balance of forgiveness and performance compared to the T-1.The cavity-back design offers more forgiveness on full shots compared to the T-1 and a slightly longer blade length instills confidence at address.The T-3’s cavity design redistributes weight. How to recover favorite bookmarks on micro-soft edge after sync'ing two windows accounts.micro soft zune - wegotmud.com
Abdallah Cheikh37, Antonio Mastrandrea37, Marcello Barbirotta37, Francesco Menichelli37, Marco Angioli37 & …Mauro Olivieri37 729 Accesses 1 Citations AbstractUsing Artificial Intelligence (AI) techniques has become the best solution in many applications. By the end of Moore's Law, implementing a platform capable of such massive processing for edge-IoT applications has become a significant challenge. However, using static hardware accelerators can be an excellent solution; even so, they typically require a great deal of silicon area and are not optimized for all operation modes. Reconfigurable computing lets parts of the hardware change proportionally to the task during operation, allowing for optimized operation and the use of many hardware accelerators without requiring a large area. In this study, we present a dynamic acceleration unit exchange on a RISC-V soft-processor based on the open-source Klessydra-T13 RISC-V core. We show how reconfiguration can be used to make the hardware accelerator more flexible and improve its performance. As a case study, we show how reconfiguration techniques can be used to speed up AI architectures by reconfiguration of vector accelerator units. Similar content being viewed by others References Wang, X., et al.: Convergence of edge computing and deep learning: a comprehensive survey (2020) Google Scholar Sordillo, S., et al.: Customizable vector acceleration in extreme-edge computing: a RISC-V software/hardware architecture study on VGG-16 implementation. Electronics 10(4), 518 (2021) Google Scholar Cao, J., Zhang, Q., Shi, W.: Edge Computing: A Primer. Springer (2018) Google Scholar Koch, D.: Partial Reconfiguration on FPGAs; Architectures, Tools and Applications. Springer (2013). P.S., et al.: A hybrid ASIC and FPGA architecture. In: IEEE/ACM International Conference on Computer Aided Design (2002) Google Scholar Cheikh, A., et al.: Klessydra-T: Designing vector coprocessors for multithreaded edge-computing cores. IEEE Micro 41(2) (2021) Google Scholar Cheikh, A., et al.: Efficient mathematical accelerator design coupled with an interleaved multi-threading RISC-V microprocessor. In: ApplePies 2019 (2019). A., et al.: The microarchitecture of a multi-threaded RISC-V compliant processing core family for IoT end-nodes. LNEE, vol. 512, pp. 89–97 (2019). M., et al.: Investigation on the optimal pipeline organization in RISC-V multi-threaded soft processor cores. In: Proceedings 1st New Generation of CAS, NGCAS 2017, pp. 45–48 (2017) Google Scholar Download references Author informationAuthors and AffiliationsDepartment of Information Engineering, Electronics and Telecommunications, Sapienza University of Rome, Rome, ItalySaeid Jamili, Abdallah Cheikh, Antonio Mastrandrea, Marcello Barbirotta, Francesco Menichelli, Marco Angioli & Mauro OlivieriAuthorsSaeid JamiliYou can also search for this author in PubMed Google ScholarAbdallah CheikhYou can also search for this author in PubMed Google ScholarAntonio MastrandreaYou can also search for this author in PubMed Google ScholarMarcello BarbirottaYou can also search for this author in PubMed Google ScholarFrancesco MenichelliYou can also search for this author in PubMed Google ScholarMarco AngioliYou can also search for this author in The micro mobile data center market is a segment of the data center industry focused on portable, compact, and scalable data center solutions designed to offer on-demand computing resources in diverse environments. These data centers are characterized by their modular construction, enabling them to be easily transported and deployed to various locations as needed. They integrate essential IT infrastructure components, including servers, storage, networking equipment, and cooling systems, within a single, self-contained unit. The primary advantage of micro mobile data centers is their flexibility and rapid deployment capabilities, which make them ideal for addressing temporary or emerging data needs, such as those required in disaster recovery scenarios, remote locations, or areas with insufficient infrastructure. Additionally, these data centers support edge computing by bringing computing resources closer to the data source, thereby reducing latency and improving performance for applications that require real-time processing.Key Market Drivers Increasing Demand for Edge Computing SolutionsThe rise of edge computing is a major driver for the global micro mobile data center market. As businesses and organizations increasingly seek to process data closer to where it is generated to reduce latency and enhance performance, micro mobile data centers offer a highly effective solution. Edge computing requires infrastructure that can handle significant amounts of data in real-time while maintaining operational efficiency. Micro mobile data centers, with their compact and portable design, fit seamlessly into edge computing strategies by providing localized processing power and storage capabilities.Surge in Data Center Demand Due to Cloud Computing GrowthThe rapid expansion of cloudMicro soft edge Icons, Logos, Symbols – Free Download PNG, SVG
8GB RAMIntel® UHD graphicsFree GeForce NOW Priority Membership (select devices)Up to 256 GB Universal Flash StorageUp to the latest Wi-Fi 6E and Bluetooth® 5.3 combo12 HP Chromebook 15.6" For all your multi-tasking and entertainment needs, with its all-day battery life, vibrant display, and ChromeOS-powered productivity features. ChromeOS™Up to a 12th Gen Intel® Core™ i3 processor2Up to 15.6” (39.6 cm) diagonal FHD touch display11As light as 1.730 kg18Up to 8GB RAM HP Chromebook 15.6" For all your multi-tasking and entertainment needs, with its all-day battery life, vibrant display, and ChromeOS-powered productivity features. ChromeOS™Up to a 12th Gen Intel® Core™ i3 processor2Up to 15.6” (39.6 cm) diagonal FHD touch display11As light as 1.730 kg18Up to 8GB RAMIntel® UHD graphicsFree GeForce NOW Priority Membership (select devices)Up to 256 GB Universal Flash StorageUp to the latest Wi-Fi 6E and Bluetooth® 5.3 combo12 HP Chromebook 15.6" 15b The Chrome OS you already love, meets the trustable performance and intuative design from HP. ChromeOS™Up to an Intel® Pentium® Processor2Up to 15.6" (39.6 cm) diagonal FHD micro-edge screen11As light as 1.698 kg18Intel® UHD Graphics HP Chromebook 15.6" 15b The Chrome OS you already love, meets the trustable performance and intuative design from HP. ChromeOS™Up to an Intel® Pentium® Processor2Up to 15.6" (39.6 cm) diagonal FHD micro-edge screen11As light as 1.698 kg18Intel® UHD GraphicsUp to 10 hours of battery life7Optional touch screen full-HD IPS display option11Up to 128GB eMMC storage HP Chromebook 15.6" 15b The Chrome OS you already love, meets the trustable performance and intuative design from HP. ChromeOS™Up to an Intel® Pentium® Processor2Up to 15.6" (39.6 cm) diagonal FHD micro-edge screen11As light as 1.698 kg18Intel® UHD Graphics HP Chromebook 15.6" 15b The Chrome OS you already love, meets the trustable performance and intuative design from HP. ChromeOS™Up to an Intel® Pentium® Processor2Up to 15.6" (39.6 cm) diagonal FHD micro-edge screen11As light as 1.698 kg18Intel® UHD GraphicsUp to 10 hours of battery life7Optional touch screen full-HD IPS display option11Up to 128GB eMMC storage HP Chromebook 15.6" 15b The Chrome OS you already love, meets the trustable performance and intuative design from HP. ChromeOS™Up to an Intel® Pentium® Processor2Up to 15.6" (39.6 cm) diagonal FHD micro-edge screen11As light as 1.698 kg18Intel® UHD Graphics HP Chromebook 15.6" 15b The Chrome OS you already love, meets the trustable performance and intuative design from HP. ChromeOS™Up to an Intel® Pentium® Processor2Up to 15.6" (39.6 cm) diagonal FHD micro-edge screen11As light as 1.698 kg18Intel® UHD GraphicsUp to 10 hours of battery life7Optional touch screen full-HD IPS display option11Up to 128GB eMMC storage HP Chromebook Plus 14" Performance and design to match your style. ChromeOS™Up to Intel® Core™ i3 processor2Up to 14" (35.6 cm) diagonal FHD micro-edge and edge-to-edge glass display11As light asMicro Soft Words - CNET Download
Russia, 1997 Kaspersky (Development) Moscow, Russia Founded in Russia, 1997 Kaspersky (Research) Moscow, Russia Founded in Russia, 1997 Panda (Headquarters) Bilbao, Spain Founded in Spain, 1990 Panda (Development) Bilbao, Spain Founded in Spain, 1990 Panda (Research) Bilbao, Spain Founded in Spain, 1990 PSafe (Headquarters) Rio de Janeiro, Brazil Founded in Brazil, 2010 PSafe (Development) Rio de Janeiro, Brazil Founded in Brazil, 2010 PSafe (Research) Rio de Janeiro, Brazil Founded in Brazil, 2010 Qihoo 360 (Headquarters) Beijing, China Founded in China, 2005 Qihoo 360 (Development) Beijing, China Founded in China, 2005 Qihoo 360 (Research) Beijing, China Founded in China, 2005 Quick Heal (Headquarters) Pune, Maharashtra, India Founded in India, 1993 Quick Heal (Development) Pune, Maharashtra, India Founded in India, 1993 Quick Heal (Research) Pune, Maharashtra, India Founded in India, 1993 Sophos (Headquarters) Abingdon, England Founded in United Kingdom, 1985 Sophos (Development) Abingdon, England Founded in United Kingdom, 1985 Sophos (Research) Abingdon, England Founded in United Kingdom, 1985 TG Soft (Headquarters) Rubano, Italy Founded in Italy, 1992 TG Soft (Development) Rubano, Italy Founded in Italy, 1992 TG Soft (Research) Rubano, Italy Founded in Italy, 1992 Trend Micro (Headquarters) Tokyo, Japan Founded in USA 1998 Trend Micro (Development) Tokyo, Japan Founded in USA 1998 Trend Micro (Research) Tokyo, Japan Founded in USA 1998 Zemana (Headquarters) Sarajevo, Bosnia Founded in Turkey, 2007 Zemana (Development) Sarajevo, Bosnia Founded in Turkey, 2007 Zemana (Research) Sarajevo, Bosnia Founded in Turkey, 2007 Malwarebytes (Headquarters) Tallinn, Estonia Founded in Estonia, 2008 Malwarebytes (Development) Tallinn, Estonia Founded in Estonia, 2008. How to recover favorite bookmarks on micro-soft edge after sync'ing two windows accounts. How to recover favorite bookmarks on micro-soft edge after sync'ing two windows accounts.Micro Air Soft Start Installation
Compare Productivity AI-powered tools Features Browse Accessories & HP Services Compare Productivity AI-powered tools Features Browse Accessories & HP Services HP Chromebook The easy way to get things done HP Chromebook Plus Do more than you thought you could What is a HP Chromebook? HP Chromebooks are laptops that run ChromeOS, the Google-designed operating system that has built-in security, automatically keeps everything up to date, and has apps for anything. Speedy, simple and secure, HP Chromebooks let you do it all with ease. Your favorite tools, all in one place Built-in Google Workspace apps like Docs and Drive help you reach the end of your to-do list faster, while Google Play has popular streaming apps and games. No Wi-Fi? No worries. HP Chromebooks keeps your Google Docs, Sheets and Slides always accessible, whether online or offline,4 so you can create wherever inspiration strikes. Need to use Microsoft 365® apps? Chromebooks support those too.5 Get it all done with speed and security Fast Boot starts you up in under 10 seconds for more doing, less waiting.6 Jump right into note-taking, binge-watching, photo-editing, and more. Also, with up to 10+ hours of battery life7, you won’t need to stay tethered to your charging cable. Fortified with layers of built-in protection, HP Chromebooks help keep viruses out and prevent little issues from becoming big headaches. Designed to go anywhere Thin, lightweight, and compact, your HP Chromebook and HP Chromebook Plus is designed to take on-the-go. Flexible x360 or laptop design Up to an FHD touch display11 Up to MediaTek Wi-Fi 6E12 HP Chromebook and Chromebook Plus laptops and 2-in-1 PCs HP Chromebook 14" Worry-free performance and entertainment ChromeOS™Up to Intel® Core™ processor214" (35.6 cm) diagonal HD micro-edge and edge-to-edge glass display17As light as 1.50 kg18Up to 8GB RAM HP Chromebook 14" Worry-free performance and entertainment ChromeOS™Up to Intel® Core™ processor214" (35.6 cm) diagonal HD micro-edge and edge-to-edge glass display17As light as 3.32 1.50 kg18Up to 8GB RAMIntel® UHD GraphicsHP True Vision 720p HD camera with temporal noise reduction and integrated dual array digital microphones3 HP Chromebook 14" Worry-free performance and entertainment ChromeOS™Up to Intel® Core™ processor214" (35.6 cm) diagonal HD micro-edge and edge-to-edge glass display17As light as 1.50 kg18Up to 8GB RAM HP Chromebook 14" Worry-free performance and entertainment ChromeOS™Up to Intel® Core™ processor214" (35.6 cm) diagonal HD micro-edge and edge-to-edge glass display17As light as 3.32 1.50 kg18Up to 8GB RAMIntel® UHD GraphicsHP True Vision 720p HD camera with temporal noise reduction and integrated dual array digital microphones3 HP Chromebook 14" Worry-free performance and entertainment ChromeOS™Up to Intel® Core™ processor214" (35.6 cm) diagonal HD micro-edge and edge-to-edge glass display17As light as 1.50 kg18Up to 8GB RAM HP Chromebook 14" Worry-free performance and entertainmentComments
OpenAI’s models across our consumer and enterprise products and introduce new categories of digital experiences built on OpenAI’s technology. This includes Microsoft’s Azure OpenAI Service, which empowers developers to build cutting-edge AI applications through direct access to OpenAI models backed by Azure’s trusted, enterprise-grade capabilities and AI-optimized infrastructure and tools.Exclusive cloud provider – As OpenAI’s exclusive cloud provider, Azure will power all OpenAI workloads across research, products and API services.Read: OpenAI, OpenAI Business Model, OpenAI-Microsoft Partnership. Micro-soft, the nameWhen Bill Gates and Paul Allen needed to pick a name, Paul Allen reported in his memoir, “We considered Allen & Gates, but it sounded too much like a law firm. My next idea: Micro-Soft, for microprocessors and software. While the typography would be in flux over the next year or so (including a brief transition as Micro Soft), we both knew instantly that the name was right. Micro-Soft was simple and straightforward. It conveyed just what we were about.“As Paul Allen explained in his memoir, the turning point for Microsoft came when a new chip was created by Intel.It was November 1971; Gordon Moore, the co-founder of Intel, noted, “now we can make a single chip and sell it for several thousand different applications.”In that same year, the chip 4004 was announced, which was the beginning of the CPU market, which would become a key industry for Intel in the coming decades. In March 1972, the follow-up to the 4004 chip came out; it was the 8008. As the story goes, Allen went to Gates and proposed the idea of developing a sort of operating system for that chip.Yet Bill Gates was quite a skeptic, as he feared that the chip was too slow to handle an operating system. Thus, Paul Allen went back and waited for the real turning point, the launch of the Intel 8080 by Italian chip designer Federico Faggin!That was the moment when Gates and Allen went to develop an operating system for the 8080, as the first minicomputers were built on top of that chip. From that moment, Microsoft was born. How did Bill Gates end
2025-04-25ChromeOS™Up to Intel® Core™ processor214" (35.6 cm) diagonal HD micro-edge and edge-to-edge glass display17As light as 3.32 1.50 kg18Up to 8GB RAMIntel® UHD GraphicsHP True Vision 720p HD camera with temporal noise reduction and integrated dual array digital microphones3 HP Chromebook 14" Worry-free performance and entertainment ChromeOS™Up to Intel® Core™ processor214" (35.6 cm) diagonal HD micro-edge and edge-to-edge glass display17As light as 1.50 kg18Up to 8GB RAM HP Chromebook 14" Worry-free performance and entertainment ChromeOS™Up to Intel® Core™ processor214" (35.6 cm) diagonal HD micro-edge and edge-to-edge glass display17As light as 3.32 1.50 kg18Up to 8GB RAMIntel® UHD GraphicsHP True Vision 720p HD camera with temporal noise reduction and integrated dual array digital microphones3 HP Chromebook x360 14" Power your everyday and take on any task ChromeOS™Up to Intel® Core™ processor214" (35.6 cm) diagonal HD micro-edge and edge-to-edge glass display17As light as 1.50 kg18Up to 8GB RAM HP Chromebook x360 14" Power your everyday and take on any task ChromeOS™Up to Intel® Core™ processor214" (35.6 cm) diagonal HD micro-edge and edge-to-edge glass display17As light as 1.50 kg18Up to 8GB RAMIntel® UHD GraphicsHP True Vision 720p HD camera with temporal noise reduction and integrated dual array digital microphones3 HP Chromebook x360 14" Power your everyday and take on any task ChromeOS™Up to Intel® Core™ processor214" (35.6 cm) diagonal HD micro-edge and edge-to-edge glass display17As light as 1.50 kg18Up to 8GB RAM HP Chromebook x360 14" Power your everyday and take on any task ChromeOS™Up to Intel® Core™ processor214" (35.6 cm) diagonal HD micro-edge and edge-to-edge glass display17As light as 1.50 kg18Up to 8GB RAMIntel® UHD GraphicsHP True Vision 720p HD camera with temporal noise reduction and integrated dual array digital microphones3 HP Chromebook x360 14" Power your everyday and take on any task ChromeOS™Up to Intel® Core™ processor214" (35.6 cm) diagonal HD micro-edge and edge-to-edge glass display17As light as 1.50 kg18Up to 8GB RAM HP Chromebook x360 14" Power your everyday and take on any task ChromeOS™Up to Intel® Core™ processor214" (35.6 cm) diagonal HD micro-edge and edge-to-edge glass display17As light as 1.50 kg18Up to 8GB RAMIntel® UHD GraphicsHP True Vision 720p HD camera with temporal noise reduction and integrated dual array digital microphones3 HP Chromebook 15.6" For all your multi-tasking and entertainment needs, with its all-day battery life, vibrant display, and ChromeOS-powered productivity features. ChromeOS™Up to a 12th Gen Intel® Core™ i3 processor2Up to 15.6” (39.6 cm) diagonal FHD touch display11As light as 1.730 kg18Up to 8GB RAM HP Chromebook 15.6" For all your multi-tasking and entertainment needs, with its all-day battery life, vibrant display, and ChromeOS-powered productivity features. ChromeOS™Up to a 12th Gen Intel® Core™ i3 processor2Up to 15.6” (39.6 cm) diagonal FHD touch display11As light as 1.730 kg18Up to
2025-04-03Mizuno Pro T-1 and T-3 wedges are new 2025 launches as the brand’s premium wedge range to cater for a wide variety of golfers.The two new models were officially unveiled in January 2025, the same month the S-3 irons, Pro S and Pro X balls and a potential new Mizuno driver the D111 was also seen for the first time.Both wedges are crafted using Grain Flow Forged HD technology and 1025 pure select milled carbon steel with copper underlay, resulting in the iconic soft feel Mizuno is known for.How do the two wedges differ? What type of golfer does each suit? We took a good look and found them to be equally impressive and the full lowdown is below.Mizuno T-1 Wedges Specs & DesignThe T-1 wedge features a blade-style design and is best suited to more skilled golfers looking for precision and versatility in their short game.The compact head design with a straighter leading edge improves visual appeal and promotes confident shot-making whether used around the green or for those pin-seeking approaches.The wedges are forged using 1025 Pure Select Mild Carbon Steel with a Copper Underlay, resulting in an exceptionally soft feel and precise feedback that Mizuno are famed for.The T-1 model comes with Quad Cut + and Hydroflow Micro Grooves, which deliver seriously eye-catching spin performance – even in wet conditions.The Quad Cut + features a tighter groove pattern that maximizes spin rates and improves consistency, while the Hydroflow Micro Grooves channel moisture away from the clubface for consistent spin performance in both dry and wet conditions.The T-1 is available in S, M, P, C, V, and X sole grinds and in lofts ranging from 46 degrees to 60 degrees. The wedges are available in white satin, black ION or blue ION color options. Mizuno T-3 Wedges Specs & DesignThe T-3 wedge has a shallow cavity-back design is more focused on providing a balance of forgiveness and performance compared to the T-1.The cavity-back design offers more forgiveness on full shots compared to the T-1 and a slightly longer blade length instills confidence at address.The T-3’s cavity design redistributes weight
2025-04-06Abdallah Cheikh37, Antonio Mastrandrea37, Marcello Barbirotta37, Francesco Menichelli37, Marco Angioli37 & …Mauro Olivieri37 729 Accesses 1 Citations AbstractUsing Artificial Intelligence (AI) techniques has become the best solution in many applications. By the end of Moore's Law, implementing a platform capable of such massive processing for edge-IoT applications has become a significant challenge. However, using static hardware accelerators can be an excellent solution; even so, they typically require a great deal of silicon area and are not optimized for all operation modes. Reconfigurable computing lets parts of the hardware change proportionally to the task during operation, allowing for optimized operation and the use of many hardware accelerators without requiring a large area. In this study, we present a dynamic acceleration unit exchange on a RISC-V soft-processor based on the open-source Klessydra-T13 RISC-V core. We show how reconfiguration can be used to make the hardware accelerator more flexible and improve its performance. As a case study, we show how reconfiguration techniques can be used to speed up AI architectures by reconfiguration of vector accelerator units. Similar content being viewed by others References Wang, X., et al.: Convergence of edge computing and deep learning: a comprehensive survey (2020) Google Scholar Sordillo, S., et al.: Customizable vector acceleration in extreme-edge computing: a RISC-V software/hardware architecture study on VGG-16 implementation. Electronics 10(4), 518 (2021) Google Scholar Cao, J., Zhang, Q., Shi, W.: Edge Computing: A Primer. Springer (2018) Google Scholar Koch, D.: Partial Reconfiguration on FPGAs; Architectures, Tools and Applications. Springer (2013). P.S., et al.: A hybrid ASIC and FPGA architecture. In: IEEE/ACM International Conference on Computer Aided Design (2002) Google Scholar Cheikh, A., et al.: Klessydra-T: Designing vector coprocessors for multithreaded edge-computing cores. IEEE Micro 41(2) (2021) Google Scholar Cheikh, A., et al.: Efficient mathematical accelerator design coupled with an interleaved multi-threading RISC-V microprocessor. In: ApplePies 2019 (2019). A., et al.: The microarchitecture of a multi-threaded RISC-V compliant processing core family for IoT end-nodes. LNEE, vol. 512, pp. 89–97 (2019). M., et al.: Investigation on the optimal pipeline organization in RISC-V multi-threaded soft processor cores. In: Proceedings 1st New Generation of CAS, NGCAS 2017, pp. 45–48 (2017) Google Scholar Download references Author informationAuthors and AffiliationsDepartment of Information Engineering, Electronics and Telecommunications, Sapienza University of Rome, Rome, ItalySaeid Jamili, Abdallah Cheikh, Antonio Mastrandrea, Marcello Barbirotta, Francesco Menichelli, Marco Angioli & Mauro OlivieriAuthorsSaeid JamiliYou can also search for this author in PubMed Google ScholarAbdallah CheikhYou can also search for this author in PubMed Google ScholarAntonio MastrandreaYou can also search for this author in PubMed Google ScholarMarcello BarbirottaYou can also search for this author in PubMed Google ScholarFrancesco MenichelliYou can also search for this author in PubMed Google ScholarMarco AngioliYou can also search for this author in
2025-04-16