#hardwareaccelerators search results

"For efficient and hardware-friendly processing, compact deep learning models have been designed." Learn about how to efficiently execute sparse and irregular tensor computations of the compact #machinelearning models on #hardwareaccelerators: bit.ly/2YP0DEX

ProceedingsIEEE's tweet image. "For efficient and hardware-friendly processing, compact deep learning models have been designed." Learn about how to efficiently execute sparse and irregular tensor computations of the compact #machinelearning models on #hardwareaccelerators: bit.ly/2YP0DEX

ASICs can provide higher performance and efficiency than general-purpose processors and can be optimized for specific AI tasks, such as deep learning inference. #ASICs #HardwareAccelerators #CustomDesign #Circuitry #Inference

UT56901751's tweet image. ASICs can provide higher performance and efficiency than general-purpose processors and can be optimized for specific AI tasks, such as deep learning inference. 
#ASICs #HardwareAccelerators #CustomDesign #Circuitry #Inference

2/ 🛠️ Hardware Offloading: Speed Like a Deep Fryer! 🍟 Imagine a chef cooking everything themselves—how long would that take? With #HardwareAccelerators, it’s like having a fast deep fryer. Transactions are processed quickly and efficiently! ⚡️

Kingpersia181's tweet image. 2/ 🛠️ Hardware Offloading: Speed Like a Deep Fryer! 🍟

Imagine a chef cooking everything themselves—how long would that take? With #HardwareAccelerators, it’s like having a fast deep fryer. Transactions are processed quickly and efficiently! ⚡️

#Exo language for #hardwareaccelerators for writing high-performance code on hardware accelerators that helps transform simple programs to complex programs to do the same thing as the specification but faster by using these special accelerator chips bit.ly/3Qbgm6y

TechBytesAnish's tweet image. #Exo language for #hardwareaccelerators for writing high-performance code on hardware accelerators that helps transform simple programs to complex programs to do the same thing as the specification but faster by using these special accelerator chips bit.ly/3Qbgm6y

Our new #vRAN solution allows sharing heterogeneous #hardwareaccelerators across distributed units, offering high energy & cost-efficiency gains, while achieving 99.999% reliability. Learn more in our ACM MobiCom 2024 accepted paper: neclab.eu/research-areas…. #NECLabs #ORAN

NECLabsEU's tweet image. Our new #vRAN solution allows sharing heterogeneous #hardwareaccelerators across distributed units, offering high energy & cost-efficiency gains, while achieving 99.999% reliability. Learn more in our ACM MobiCom 2024 accepted paper: neclab.eu/research-areas…. #NECLabs #ORAN

Our novel #ORAN-compliant solution supervises #GPU-based #hardwareaccelerators, boosting #5G processing reliability by over 50% & maximizing #machinelearning service throughput. Learn how in our #INFOCOM2024 paper by @leolosky et al. neclab.eu/research-areas… #NECLabs

NECLabsEU's tweet image. Our novel #ORAN-compliant solution supervises #GPU-based #hardwareaccelerators, boosting #5G processing reliability by over 50% & maximizing #machinelearning service throughput. Learn how in our #INFOCOM2024 paper by @leolosky et al. neclab.eu/research-areas… #NECLabs

Exciting development in the world of hardware accelerators with the introduction of Calyx, an intermediate language set to revolutionize the field. #Calyx #HardwareAccelerators bit.ly/48u7Nwf


Who wants to be next to be featured on our website? Contact us @ [email protected] #hardwareaccelerators #innovation


🚨 Final Reminder – Don’t miss your chance to be featured in the #IEEEJSAS special section on “#HardwareAccelerators towards At-Edge Computing for #Sensors.” 🗓️ Submission Deadline: 15 August 2025 – Just one week away! 🔗 Details & submission: ieee-jsas.org/call-for-papers


🔍 Contribute to the upcoming #IEEEJSAS special section on #HardwareAccelerators towards At-Edge Computing for #Sensors! 📡 Submit your work by 15 August 2025 and help advance intelligent, low-latency, real-time sensor systems at the edge: ieee-jsas.org/call-for-papers


🚨 IEEE JSAS: Authors are invited to submit their research for the Special Section on "#HardwareAccelerators towards At-Edge Computing for #Sensors". Topics include #neuromorphiccomputing, secure #IoT solutions, and more. 🔗 Submit by 15 August 2025: ieee-jsas.org/call-for-papers


Pliops solves scaling issues at data centers - Must read @PliopsLtd ; #falshstorage. #hardwareaccelerators

MPR News: Pliops Makes Storage Computational. Startup @PliopsLtd is shifting more of the stack into its #storage #processor, multiplying #SSD performance. Read more: linleygroup.com/newsletters/ne… #DataCenter #FPGA

TechInsightsLGC's tweet image. MPR News: Pliops Makes Storage Computational. Startup @PliopsLtd is shifting more of the stack into its #storage #processor, multiplying #SSD performance. Read more: linleygroup.com/newsletters/ne… #DataCenter #FPGA


CloudSatNet-1: FPGA-based Hardware-Accelerated Quantized CNN for Satellite On-Board Cloud Coverage Classification #TechRxiv #FPGA #HardwareAccelerators #ImageProcessing #Onboardprocessing #quantization techrxiv.org/articles/prepr…


🚨 Final Reminder – Don’t miss your chance to be featured in the #IEEEJSAS special section on “#HardwareAccelerators towards At-Edge Computing for #Sensors.” 🗓️ Submission Deadline: 15 August 2025 – Just one week away! 🔗 Details & submission: ieee-jsas.org/call-for-papers


🔍 Contribute to the upcoming #IEEEJSAS special section on #HardwareAccelerators towards At-Edge Computing for #Sensors! 📡 Submit your work by 15 August 2025 and help advance intelligent, low-latency, real-time sensor systems at the edge: ieee-jsas.org/call-for-papers


🚨 IEEE JSAS: Authors are invited to submit their research for the Special Section on "#HardwareAccelerators towards At-Edge Computing for #Sensors". Topics include #neuromorphiccomputing, secure #IoT solutions, and more. 🔗 Submit by 15 August 2025: ieee-jsas.org/call-for-papers


Our novel #ORAN-compliant solution supervises #GPU-based #hardwareaccelerators, boosting #5G processing reliability by over 50% & maximizing #machinelearning service throughput. Learn how in our #INFOCOM2024 paper by @leolosky et al. neclab.eu/research-areas… #NECLabs

NECLabsEU's tweet image. Our novel #ORAN-compliant solution supervises #GPU-based #hardwareaccelerators, boosting #5G processing reliability by over 50% & maximizing #machinelearning service throughput. Learn how in our #INFOCOM2024 paper by @leolosky et al. neclab.eu/research-areas… #NECLabs

Our new #vRAN solution allows sharing heterogeneous #hardwareaccelerators across distributed units, offering high energy & cost-efficiency gains, while achieving 99.999% reliability. Learn more in our ACM MobiCom 2024 accepted paper: neclab.eu/research-areas…. #NECLabs #ORAN

NECLabsEU's tweet image. Our new #vRAN solution allows sharing heterogeneous #hardwareaccelerators across distributed units, offering high energy & cost-efficiency gains, while achieving 99.999% reliability. Learn more in our ACM MobiCom 2024 accepted paper: neclab.eu/research-areas…. #NECLabs #ORAN

Exciting development in the world of hardware accelerators with the introduction of Calyx, an intermediate language set to revolutionize the field. #Calyx #HardwareAccelerators bit.ly/48u7Nwf


ASICs can provide higher performance and efficiency than general-purpose processors and can be optimized for specific AI tasks, such as deep learning inference. #ASICs #HardwareAccelerators #CustomDesign #Circuitry #Inference

UT56901751's tweet image. ASICs can provide higher performance and efficiency than general-purpose processors and can be optimized for specific AI tasks, such as deep learning inference. 
#ASICs #HardwareAccelerators #CustomDesign #Circuitry #Inference

#Exo language for #hardwareaccelerators for writing high-performance code on hardware accelerators that helps transform simple programs to complex programs to do the same thing as the specification but faster by using these special accelerator chips bit.ly/3Qbgm6y

TechBytesAnish's tweet image. #Exo language for #hardwareaccelerators for writing high-performance code on hardware accelerators that helps transform simple programs to complex programs to do the same thing as the specification but faster by using these special accelerator chips bit.ly/3Qbgm6y

"For efficient and hardware-friendly processing, compact deep learning models have been designed." Learn about how to efficiently execute sparse and irregular tensor computations of the compact #machinelearning models on #hardwareaccelerators: bit.ly/2YP0DEX

ProceedingsIEEE's tweet image. "For efficient and hardware-friendly processing, compact deep learning models have been designed." Learn about how to efficiently execute sparse and irregular tensor computations of the compact #machinelearning models on #hardwareaccelerators: bit.ly/2YP0DEX

ASICs can provide higher performance and efficiency than general-purpose processors and can be optimized for specific AI tasks, such as deep learning inference. #ASICs #HardwareAccelerators #CustomDesign #Circuitry #Inference

UT56901751's tweet image. ASICs can provide higher performance and efficiency than general-purpose processors and can be optimized for specific AI tasks, such as deep learning inference. 
#ASICs #HardwareAccelerators #CustomDesign #Circuitry #Inference

Our new #vRAN solution allows sharing heterogeneous #hardwareaccelerators across distributed units, offering high energy & cost-efficiency gains, while achieving 99.999% reliability. Learn more in our ACM MobiCom 2024 accepted paper: neclab.eu/research-areas…. #NECLabs #ORAN

NECLabsEU's tweet image. Our new #vRAN solution allows sharing heterogeneous #hardwareaccelerators across distributed units, offering high energy & cost-efficiency gains, while achieving 99.999% reliability. Learn more in our ACM MobiCom 2024 accepted paper: neclab.eu/research-areas…. #NECLabs #ORAN

Our novel #ORAN-compliant solution supervises #GPU-based #hardwareaccelerators, boosting #5G processing reliability by over 50% & maximizing #machinelearning service throughput. Learn how in our #INFOCOM2024 paper by @leolosky et al. neclab.eu/research-areas… #NECLabs

NECLabsEU's tweet image. Our novel #ORAN-compliant solution supervises #GPU-based #hardwareaccelerators, boosting #5G processing reliability by over 50% & maximizing #machinelearning service throughput. Learn how in our #INFOCOM2024 paper by @leolosky et al. neclab.eu/research-areas… #NECLabs

#Exo language for #hardwareaccelerators for writing high-performance code on hardware accelerators that helps transform simple programs to complex programs to do the same thing as the specification but faster by using these special accelerator chips bit.ly/3Qbgm6y

TechBytesAnish's tweet image. #Exo language for #hardwareaccelerators for writing high-performance code on hardware accelerators that helps transform simple programs to complex programs to do the same thing as the specification but faster by using these special accelerator chips bit.ly/3Qbgm6y

2/ 🛠️ Hardware Offloading: Speed Like a Deep Fryer! 🍟 Imagine a chef cooking everything themselves—how long would that take? With #HardwareAccelerators, it’s like having a fast deep fryer. Transactions are processed quickly and efficiently! ⚡️

Kingpersia181's tweet image. 2/ 🛠️ Hardware Offloading: Speed Like a Deep Fryer! 🍟

Imagine a chef cooking everything themselves—how long would that take? With #HardwareAccelerators, it’s like having a fast deep fryer. Transactions are processed quickly and efficiently! ⚡️

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