https://ipuadmission.com/blog/ipu-btech-admission
Some top colleges of GGSIPU for IPU Btech admission are enlisted below. GGSIPU focuses on imparting excellent education to students through various innovative techniques. Hence it becomes a prime choice for students to study. It goes the same for engineering colleges
Get The B.Tech Admission Top Ranked College In Maharaja Surajmal Institute of Technology through Management quota.
At Admission Tracks, we understand the anxiety of grabbing the chance of Direct admission in the College of Delhi.
So, to relieve that stress or strain, we are here to guide you at each and every step of counseling to the admission process.To Read More - http://www.admissiontracks.com/direct-btech-admission-in-msit.html
BTech Mechanical Engineering is a 4-year undergraduate course that students can pursue right after completing their class 12th.
This course deals with the study of applying principles of mechanical engineering for designing, manufacturing, and maintenance of mechanical systems.
Bachelor of Technology or B.
Tech in Mechanical Engineering course endows students with the basic understanding and knowledge of how heavy tools and machinery work and how one can design them.
If you have an inclination towards this course and are keen to know more about it, read on.Eligibility CriteriaIn order to pursue B Tech Mechanical Engineering, candidates should be passed with 45% in 10+2 from a recognized institute or board, along with securing 50% marks (40% in case of candidates of SC/ST category) in Mathematics + Physics + Chemistry/Biology.While some colleges give admission on the basis of their ranks secured in entrance exams like – IITJEE, AIEEE, BITSAT, etc., others give admission on the basis of the merit of Class 12th.Source: https://sgtuniversity.ac.in/blogs/know-everything-about-b-tech-mechanical-engineering/
DPUs plug into a server’s PCIe slot just as a GPU would, and they allow servers to offload network and storage functions from the CPU to the data centric computing, allowing the CPU to focus only on running the operating systems and system applications.
DPUs often use a reprogrammable FPGA combined with a network interface card to accelerate network traffic the same way that GPUs are being used to accelerate artificial intelligence (AI) applications by offloading mathematical operations from the CPU to the GPU.
This is so because they can process large amounts of data in parallel making them ideal for accelerating AI workloads, such as machine learning and deep learning, and other artificial intelligence workloads.DPU Accelerated Servers will become extremely popular in the future thanks to their ability to offload network functions from the CPU to the DPU, freeing up precious CPU processing power, allowing the CPU to run more applications, and run the operating system as efficiently as possible without being bogged down by handling network activities.
The DPU in a DPU equipped server would be used to process data and move data around the data center.
Overall, DPUs have a bright future thanks to the ever-increasing amount of data stored in data centers, requiring a solution that can accelerate storage and networking functions performed by high-performance data center servers.
DPUs can breathe new life into existing servers because they can reduce the CPU utilization of servers by offloading network and storage functions to the DPU.
