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Useful Tool that Can Avoid A Possible Breakage #civilengineering This highly useful tool has been meticulously crafted to address critical concerns in the field, offering a proactive solution to avoid structural vulnerabilities and ensure long-lasting integrity. Engineers can now rely on this innovative instrument to identify and mitigate potential risks, enhancing overall project reliability and safety. 🎥 Video credit: @engdouglaseverton22 on Instagram DM For Credit/Removal ⚠ Disclaimer: NO COPYRIGHT INFRINGEMENT INTENDED! The Credits are given to the respective owners. Appliancepreneur is a Digital Content and Video Creator. We Create Business Solutions Plus More. List of Manufacturers, Sellers & Professional Service Providers. Stay connected: Instagram: https://lnkd.in/gQ4a8Yaj Facebook: https://lnkd.in/gzsti-Fm website: https://lnkd.in/gnHXrnj3 #EngineeringInnovation #CivilEngineeringTool #StructuralIntegrity #RiskMitigation #ProjectReliability #BreakagePrevention #EngineeringAdvancement #ConstructionSafety #InnovativeTools #InfrastructureResilience

💡 Ever wondered what Ingress Protection (IP) is? 💡 The IP Code (or International Protection Rating) is essential for classifying the degrees of protection against solid objects, dust, accidental contact, and water in electrical enclosures. 🌧️🔌 Curious to know more about how this impacts your devices? Stay tuned! 🔍 #IngressProtection #IPCode #TechKnowledge #projectors #display #collaboration

RUDP is a reliable UDP protocol. Different with the common UDP, RUDP provide a way to process the packets which are out of order, and it can resend packet. In RUDP, each packet has a unique sequence to store its order, if one packet is late, it will be store in a cache temporarily, after the missing packet arrived , it will be processed and insert in the message at the correct position. https://lnkd.in/eYiS8e6p Here is a simple achievement about rudp in Unity: https://lnkd.in/e3KQgZiD

Check out my blog post https://wix.to/MwnD31e #newblogpost

I recently fixed another bug in the YARP core related to conditional branches in the RISC-V ISA ⚡ But before we discuss the bug, did you know that jump and branch instructions can be classified as direct, indirect, and conditional? Let’s decode what each of these means and how they map to the jump and branch instructions defined in the RISC-V ISA. A jump or branch instruction is direct when the target address can be calculated from the instruction itself and doesn’t depend on the value stored in one of the architectural registers. The RISC-V ISA defines all branches and the jump (JAL) instruction as direct. The target address is obtained by adding the sign-extended 12-bit I-immediate to the current program counter (PC). The JALR instruction is the only indirect jump defined in the unprivileged RISC-V ISA. The target address is obtained by adding the sign-extended 12-bit I-immediate to the RS1 register. Now that we understand direct and indirect jumps, these can further be classified as conditional or unconditional. The RISC-V ISA keeps it simple by making all indirect and direct jumps unconditional, i.e., they are always taken, while all B-type instructions (branches) are conditional. The branch is taken if the condition is met; otherwise, the next instruction is PC+4 (or PC+2 if compressed) is executed. Coming back to the bug: I messed up the conditional check for the branches. The bug exists in the snippet below. Would you like to guess which conditional branch is messed up? #rtldesign #verilog #riscv #servingTheNextBug #lowpowerdesign #verification #semiconductors #verificationengineer

Documents for review and must be approved before exiting concepts and feasibility phase •Trace Matrix (Road map for product development, DVT and audit trails) •VOC, User Needs, Requirements, Specifications, System Architectures, Risk and Hazards Analysis, RPSS Pre-DVT results

Documents for review and must be approved before exiting concepts and feasibility phase •Trace Matrix (Road map for product development, DVT and audit trails) •VOC, User Needs, Requirements, Specifications, System Architectures, Risk and Hazards Analysis, RPSS Pre-DVT results

How can any support re-electing this?

After design and installation comes the important step of testing. Any new system needs to be tested to ensure it works correctly and is safe to use. Likewise, an older system which may not have been looked at in a while needs to be tested regularly to address any issues and ensure compliance. We can help. Learn more: https://bit.ly/3VmnyPU #SystemTesting #ElectricalTesting #PATTesting #ElectricalServices #BerkeleyInstallations