This document discusses integrating a custom AXI IP core for an FPGA-based embedded system using Vivado and SDK. It includes steps to create a custom AXI peripheral IP in VHDL, integrate it into a Vivado block design, generate a bitstream, and write a C application in SDK to interface with the IP core through AXI bus connections on a Zynq-based board.
Clock tree synthesis (CTS) plays an important role in building well-balanced clock tree, fixing timing violations and reducing the extra unnecessary pessimism in the design. The goal during building a clock tree is to reduce the skew, maintain symmetrical clock tree structure and to cover all the registers in the design. We have captured some problematic scenarios and the problem solving approaches in this article.
Clock tree network enables in making design clean from a timing perspective. However, it is responsible for more than one third of the total power consumption of the chip. The impact of variations in the clock path is more than 2 times the other paths in the design. These variations in-turn affects the timing paths. Let us take an example; Due to the variation, if the clock path to the launching register is slowed down by 100ps and the clock path to the capturing register is fastened by 100ps then it impacts the setup constraint by adding 200ps more to it, this in-turn affects the timing path by making it more critical. Here we can see the importance of building a balanced clock tree. We will discuss on the timing improvements and methods to reduce the variations in the clock tree. The steps followed in building a customized clock tree and the steps followed to bring down the variations in the clock tree has been depicted in the following sections.
In this course, you
● Identify and apply timing arc information from a library, such as unateness, delays, and slew
● Identify cell delays from a library and calculate output slew degradation
● Use wire-load information to calculate net delays
● Identify the properties of a clock, including period, edges, and slew, and calculate the duty cycle
● Apply setup and hold checks to diagnose design violations
● Identify timing path types to calculate slack values
● Set environmental constraints, clocks constraints, and path exceptions
● Constrain a design using SDC
● Analyze reports to identify timing problems
This is the last slide of advancedC - Advanced C part 3. In the previous slides we learnt all the fundamentals that is required to learnt Advanced C. In this last slide of Advanced C you will be learning about Multilevel pointers, Command line argument, different kinds of functions, and also you will gain deep knowledge on pre processor and user defined data types. This will help you to improve your knowledge in Advanced C
Clock tree synthesis (CTS) plays an important role in building well-balanced clock tree, fixing timing violations and reducing the extra unnecessary pessimism in the design. The goal during building a clock tree is to reduce the skew, maintain symmetrical clock tree structure and to cover all the registers in the design. We have captured some problematic scenarios and the problem solving approaches in this article.
Clock tree network enables in making design clean from a timing perspective. However, it is responsible for more than one third of the total power consumption of the chip. The impact of variations in the clock path is more than 2 times the other paths in the design. These variations in-turn affects the timing paths. Let us take an example; Due to the variation, if the clock path to the launching register is slowed down by 100ps and the clock path to the capturing register is fastened by 100ps then it impacts the setup constraint by adding 200ps more to it, this in-turn affects the timing path by making it more critical. Here we can see the importance of building a balanced clock tree. We will discuss on the timing improvements and methods to reduce the variations in the clock tree. The steps followed in building a customized clock tree and the steps followed to bring down the variations in the clock tree has been depicted in the following sections.
In this course, you
● Identify and apply timing arc information from a library, such as unateness, delays, and slew
● Identify cell delays from a library and calculate output slew degradation
● Use wire-load information to calculate net delays
● Identify the properties of a clock, including period, edges, and slew, and calculate the duty cycle
● Apply setup and hold checks to diagnose design violations
● Identify timing path types to calculate slack values
● Set environmental constraints, clocks constraints, and path exceptions
● Constrain a design using SDC
● Analyze reports to identify timing problems
This is the last slide of advancedC - Advanced C part 3. In the previous slides we learnt all the fundamentals that is required to learnt Advanced C. In this last slide of Advanced C you will be learning about Multilevel pointers, Command line argument, different kinds of functions, and also you will gain deep knowledge on pre processor and user defined data types. This will help you to improve your knowledge in Advanced C
Verilog HDL (Hardware Description Language) Training Course for self-taught instructional. User should be familiar with basic digital and logic design. Helpful to have a Verilog simulator while going through examples.
So, this has been due for long time. May be because of tight tape out deadlines, this very important piece of Physical Design flow just got missed. And I am sure, like me, many might be curious to know what is the IEEE SPEF format, what does various attributes of SPEF file represent, etc...
Placement is the process of determining the locations of circuit devices on a die surface. It is an important stage in the VLSI design flow, because it affects routabil- ity, performance, heat distribution, and to a less extent, power consumption of a design.
Architecture Exploration of RISC-V Processor and Comparison with ARM Cortex-A53KarthiSugumar
This presentation focuses on the architectural exploration of RISC-V ISA based processor for networking applications such as a Router, using the trade-off between power consumption and performance. The optimized architecture is compared against commercially available RISC processors from ARM. A model of RISC-V based Solid-State Drive is also proposed.
Formal equivalence checking process is a part of electronic design automation (EDA), commonly used during the development of digital integrated circuits, to formally prove that two representations of a circuit design exhibit exactly the same behavior.
Routing is an important step in the design of integrated circuits. It involves generating metal wires to connect the pins of same signal while obeying manufacturing design rules. Before routing is performed on the design, cell placement has to be carried out wherein the cells used in the design are placed. But the connections between the pins of the cells pertaining to same signal need to be made. At the time of placement, there are only logical connections between these pins. The physical connections are made by routing. More generally speaking, routing is to locate a set of wires in routing space so as to connect all the nets in the netlist taking into consideration routing channels’ capacities, wire widths and crossings etc. The objective of routing is to minimize total wire length and number of vias and that each net meets its timing budget. The tools that perform routing are termed as routers. You typically provide them with a placed netlist along with list of timing critical nets. These tools, in turn, provide you with the geometry of all the nets in the design.
Physical design means --->> netlist (.v ) converted into GDSII form(layout form)
logical connectivity of cells converted into physical connectivity.
During physical design, all design components are instantiated with their geometric representations. In other words, all macros, cells, gates, transistors, etc., with fixed shapes and sizes per fabrication layer, are assigned spatial locations (placement) and have appropriate routing connections (routing) completed in metal layers.
Physical design directly impacts circuit performance, area, reliability, power, and manufacturing yield. Examples of these impacts are discussed below.
Performance: long routes have significantly longer signal delays.
Area: placing connected modules far apart results in larger and slower chips.
Reliability: A large number of vias can significantly reduce the reliability of the circuit.
Power: transistors with smaller gate lengths achieve greater switching speeds at the cost of higher leakage current and manufacturing variability; larger transistors and longer wires result in greater dynamic power dissipation.
Yield: wires routed too close together may decrease yield due to electrical shorts occurring during manufacturing, but spreading gates too far apart may also undermine yield due to longer wires and a higher probability of opens
Get familiar with Verilog and Xilinx Vivado (IDE) and the typical workflow of using a Computer-Aided Design (CAD) Tool in the design of digital systems by implementing a simple combinational circuit
A typical design flow follows the below structure and can be broken down into multiple steps. Some of these phases happen in parallel and some in sequentially.
Requirements
A customer of a semiconductor firm is typically some other company who plans to use the chip in its systems or end products. So, the customer's requirements also play an important role in deciding how the chip should be designed.
The first step is to collect the requirements, estimate the end product's market value, and evaluate the number of resources required to do the project.
Specifications
The next step is to collect specifications that describe the functionality, interface abstractly, and over all architecture of the chip to be designed. This can be something along the lines such as:
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Requires computational power to run imaging algorithms to support virtual reality.
Requires two ARM A53 processors with coherent interconnect and should run at 600 MHz.
Requires USB 3.0, Bluetooth, and PCIe 2nd gen interfaces.
It should support 1920x1080 pixel displays with an appropriate controller.
Digital Design
Because of the complex nature of modern chips, it's impossible to build something from scratch, and in many cases, many components will be reused.
For example, company A requires a FlexCAN module to interact with other modules in an automobile. They can either buy the FlexCAN design from another company to save time and effort or spend resources to build one.
It's not practical to design such a system from basic building blocks such as flip-flops and CMOS transistors.
Instead, a behavioral description is developed to analyze the design in terms of functionality, performance, and other high-level issues using a Hardware Description Language such as Verilog or VHDL.
This is usually done by a digital designer and is similar to a high-level computer programmer equipped with digital electronics skills.
Verification
Once the RTL design is ready, it needs to be verified for functional correctness.
For example, a DSP processor is expected to issue bus transactions with fetching instructions from memory and know that this will happen as expected.
The functional verification is required at this point, which is done with EDA simulators' help that can model the design and apply a different stimulus to it. This is the job of a pre-silicon verification engineer.
Logic Synthesis
Now we will convert this design into hardware schematic with real elements such as combinational gates and flip-flops. This step is called synthesis.
Logic synthesis tools enable the conversion of RTL description in HDL to a gate-level netlist. This netlist is a description of the circuit in terms of gates and connections between them.
Logic synthesis tools ensure that the netlist meets timing, area, and power specifications. Typically, they have access to different technology node
Verilog HDL (Hardware Description Language) Training Course for self-taught instructional. User should be familiar with basic digital and logic design. Helpful to have a Verilog simulator while going through examples.
So, this has been due for long time. May be because of tight tape out deadlines, this very important piece of Physical Design flow just got missed. And I am sure, like me, many might be curious to know what is the IEEE SPEF format, what does various attributes of SPEF file represent, etc...
Placement is the process of determining the locations of circuit devices on a die surface. It is an important stage in the VLSI design flow, because it affects routabil- ity, performance, heat distribution, and to a less extent, power consumption of a design.
Architecture Exploration of RISC-V Processor and Comparison with ARM Cortex-A53KarthiSugumar
This presentation focuses on the architectural exploration of RISC-V ISA based processor for networking applications such as a Router, using the trade-off between power consumption and performance. The optimized architecture is compared against commercially available RISC processors from ARM. A model of RISC-V based Solid-State Drive is also proposed.
Formal equivalence checking process is a part of electronic design automation (EDA), commonly used during the development of digital integrated circuits, to formally prove that two representations of a circuit design exhibit exactly the same behavior.
Routing is an important step in the design of integrated circuits. It involves generating metal wires to connect the pins of same signal while obeying manufacturing design rules. Before routing is performed on the design, cell placement has to be carried out wherein the cells used in the design are placed. But the connections between the pins of the cells pertaining to same signal need to be made. At the time of placement, there are only logical connections between these pins. The physical connections are made by routing. More generally speaking, routing is to locate a set of wires in routing space so as to connect all the nets in the netlist taking into consideration routing channels’ capacities, wire widths and crossings etc. The objective of routing is to minimize total wire length and number of vias and that each net meets its timing budget. The tools that perform routing are termed as routers. You typically provide them with a placed netlist along with list of timing critical nets. These tools, in turn, provide you with the geometry of all the nets in the design.
Physical design means --->> netlist (.v ) converted into GDSII form(layout form)
logical connectivity of cells converted into physical connectivity.
During physical design, all design components are instantiated with their geometric representations. In other words, all macros, cells, gates, transistors, etc., with fixed shapes and sizes per fabrication layer, are assigned spatial locations (placement) and have appropriate routing connections (routing) completed in metal layers.
Physical design directly impacts circuit performance, area, reliability, power, and manufacturing yield. Examples of these impacts are discussed below.
Performance: long routes have significantly longer signal delays.
Area: placing connected modules far apart results in larger and slower chips.
Reliability: A large number of vias can significantly reduce the reliability of the circuit.
Power: transistors with smaller gate lengths achieve greater switching speeds at the cost of higher leakage current and manufacturing variability; larger transistors and longer wires result in greater dynamic power dissipation.
Yield: wires routed too close together may decrease yield due to electrical shorts occurring during manufacturing, but spreading gates too far apart may also undermine yield due to longer wires and a higher probability of opens
Get familiar with Verilog and Xilinx Vivado (IDE) and the typical workflow of using a Computer-Aided Design (CAD) Tool in the design of digital systems by implementing a simple combinational circuit
A typical design flow follows the below structure and can be broken down into multiple steps. Some of these phases happen in parallel and some in sequentially.
Requirements
A customer of a semiconductor firm is typically some other company who plans to use the chip in its systems or end products. So, the customer's requirements also play an important role in deciding how the chip should be designed.
The first step is to collect the requirements, estimate the end product's market value, and evaluate the number of resources required to do the project.
Specifications
The next step is to collect specifications that describe the functionality, interface abstractly, and over all architecture of the chip to be designed. This can be something along the lines such as:
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0:00
/
DurationÂ
18:10
Â
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Requires computational power to run imaging algorithms to support virtual reality.
Requires two ARM A53 processors with coherent interconnect and should run at 600 MHz.
Requires USB 3.0, Bluetooth, and PCIe 2nd gen interfaces.
It should support 1920x1080 pixel displays with an appropriate controller.
Digital Design
Because of the complex nature of modern chips, it's impossible to build something from scratch, and in many cases, many components will be reused.
For example, company A requires a FlexCAN module to interact with other modules in an automobile. They can either buy the FlexCAN design from another company to save time and effort or spend resources to build one.
It's not practical to design such a system from basic building blocks such as flip-flops and CMOS transistors.
Instead, a behavioral description is developed to analyze the design in terms of functionality, performance, and other high-level issues using a Hardware Description Language such as Verilog or VHDL.
This is usually done by a digital designer and is similar to a high-level computer programmer equipped with digital electronics skills.
Verification
Once the RTL design is ready, it needs to be verified for functional correctness.
For example, a DSP processor is expected to issue bus transactions with fetching instructions from memory and know that this will happen as expected.
The functional verification is required at this point, which is done with EDA simulators' help that can model the design and apply a different stimulus to it. This is the job of a pre-silicon verification engineer.
Logic Synthesis
Now we will convert this design into hardware schematic with real elements such as combinational gates and flip-flops. This step is called synthesis.
Logic synthesis tools enable the conversion of RTL description in HDL to a gate-level netlist. This netlist is a description of the circuit in terms of gates and connections between them.
Logic synthesis tools ensure that the netlist meets timing, area, and power specifications. Typically, they have access to different technology node
Making Security Usable: Product Engineer PerspectiveC4Media
Anastasiia Voitova goes through several stages of inception and implementation of database encryption and intrusion detection tools. She shows "behind the scenes" work inside a cryptographic engineering company, how customers are one of the most useful people to learn from, and how getting over "we tell you what to do" mentality makes security tools better. Filmed at qconnewyork.com.
Anastasiia Voitova is Product Engineer at Cossacklabs. She has plenty of experience in building mobile apps. She developed many applications, frequently taking care of both iOS and server sides of the system.
(ARC401) Cloud First: New Architecture for New InfrastructureAmazon Web Services
What do companies with internal platforms have to change to succeed in the cloud? The five pillars at the heart of IT solutions in the cloud are automation, fault tolerance, horizontal scalability, security, and cost-effectiveness. This talk discusses tools that facilitate the development and automate the deployment of secure, highly available microservices. The tools were developed using AWS CloudFormation, AWS SDKs, AWS CLI, Amazon RDS, and various open-source software such as Docker. The talk provides concrete examples of how these tools can help developers and architects move from beginning/intermediate AWS practitioners to cloud deployment experts.
VMworld 2013: The Story Behind Designing and Building a Distributed Automatio...VMworld
VMworld 2013
Nan Liu, VMware
Nicholas Weaver, VMware
Learn more about VMworld and register at http://www.vmworld.com/index.jspa?src=socmed-vmworld-slideshare
How (and why) to roll your own Docker SaaSRyan Crawford
SkyDock is an open source solution for building & hosting Docker images at scale in the cloud. Designed to solve real-world problems faced in traditional CI systems that limit throughput and hinder your ability to deliver software quickly and reliably.
From a Skyscanner Engineering perspective this is a great opportunity to showcase some of the cutting edge work that we are doing with Docker, Ansible and AWS. It also highlights that we are solving problems at scale from a both a technical and organisational perspective.
VMware vCHS, Puppet, and Project Zombie - PuppetConf 2013Puppet
"VMware vCHS, Puppet, and Project Zombie" by Nicholas Weaver, Cloud Automation Architect, Hybrid Cloud Service, VMware.
Speaker Bio: Nicholas Weaver is the Cloud Automation Architect for VMware's vCloud Hybrid Service (vCHS) platform and the primary architect behind the vCHS automation framework (Project Zombie). He is also a co-creator of the Puppet Labs Razor project and many VMware-specific free tools. He previously worked in the CTO office for EMC, in the EMC field as a vSpecialist, and as a infrastructure engineer in financial, media, and retail companies. Nick loves software-driven control, hacking prototypes together, speaking at user groups, and demonstrating automation innovation to the masses. Nick can be found on Twitter and Github as @lynxbat.
RTP NPUG: Ansible Intro and Integration with ACIJoel W. King
Ansible is one of the newer and more exciting automation toolsets for networking. Ansible (unlike Puppet and Chef) is agentless, which makes it significantly easier to automate existing devices that may not have an agent installed – such as many networking devices.
Networks are evolving from hundreds or thousands of individual devices to the Software-Defined Network paradigm of a single fabric under a central controller. The GUI on top of an SDN controller isn’t sufficient and will still need automation.
This presentation describes how Ansible can add value to configuration management of a Cisco Application Centric Infrastructure (ACI) infrastructure.
Hand-On Lab: CA Release Automation Rapid Development Kit and SDKCA Technologies
A key component of CA Release Automation is its ability to orchestrate your tool chain. What do you do if there isn't an existing action pack or plugin for one of your tools? Learn how to quickly build the integrations you need to get you where you want to go. This is both a presentation and hands-on session where you will learn how to create action packs for use with CA Release Automation. During this session, you will receive an introduction to the Rapid Development Kit (RDK) and Software Development Kit (SDK), then perform a hands-on exercise where you will use an RDK or SDK environment to build an action pack using script, command line and RESTful actions.
For more information, please visit http://cainc.to/Nv2VOe
DEVNET-1148 Leveraging Cisco OpenStack Private Cloud for DevelopersCisco DevNet
In this session, participants will gain an insight into how to deploy a continuous integration environment for application delivery using Cisco OpenStack Private Cloud APIs. The session will cover several open source technologies including Gitlab, Jenkins, Docker, OpenStack Heat, Ansible, and Terraform with the purpose of delivering a simple ReactJS application.
Intro to the FIWARE Lab: Setting Up Your Virtual Infrastructure Using FIWARE Lab Cloud, by Fernando López.
1st FIWARE Summit, Málaga, Dec. 13-15, 2016.
Quick Start Guide using Virtuozzo 7 (β) on AWS EC2Kentaro Ebisawa
Virtuozzo 7 was open sourced and available on Amazon EC2 since October 2015.
This document aims to give you a quick overview of steps to setup Virtuozzo on Amazon EC2.
Deploying Red Hat Enterprise Linux OpenStack Platform 7 on Lenovo Performance...Principled Technologies
The proof-of-concept private cloud test infrastructure matched the minimal non-high availability configuration in the Lenovo Cloud Reference Architecture for Red Hat Enterprise Linux OpenStack Platform. Our testbed consisted of two Lenovo System x3650 M5 compute nodes, a single Lenovo System x3650 M5 Cinder node, a Lenovo System x3550 M5 OpenStack controller node, and a Lenovo System x3550 M5 Red Hat Enterprise Linux OpenStack Platform Director server. We used this small-scale private cloud test infrastructure to demonstrate the setup and functionality of the Lenovo OpenStack reference architecture. As it is a scale out architecture, it can grow to a significant size and can support additional VMs and workloads, simply by adding more compute and storage nodes. See the Lenovo Cloud Reference Architecture for Red Hat Enterprise Linux OpenStack Platform for other sizing and high availability options.
Also worth noting is the validation testing performed as a part of this deployment guide. Our relational database workload was I/O intensive, which placed particular stress on the single Cinder storage node. Even so, this entry-level configuration showed it had room to support additional RAM and CPU-focused workloads beyond what was tested. A scalable cloud architecture, such as this Lenovo OpenStack reference architecture, is capable of supporting many different types of workloads, such as DevOps applications, Big Data applications (e.g. Hadoop® and Apache™ Spark), and distributed NoSQL database applications (e.g. Cassandra and MongoDB®). Given the flexibility of the Lenovo Cloud Reference Architecture for Red Hat Enterprise Linux OpenStack Platform, if one needed additional capacity, one could simply add additional compute nodes for compute-intensive applications or add additional Cinder storage nodes for storage-intensive applications.
A private cloud infrastructure can bring your business flexibility and scalability while providing greater control over your infrastructure, applications, and data. Within this reference architecture, Lenovo’s Performance Rack Servers, Lenovo XClarity Administrator tool and Red Hat OpenStack Platform software are designed to come together to deliver a customizable private cloud solution to meet a wide variety of business workloads. As demonstrated in this guide, deploying and managing Red Hat Enterprise Linux OpenStack Platform 7 with XClarity Administrator on your Lenovo System x3650 M5 and x3550 M5 servers is a straightforward process that can result in a scalable, flexible, and reliable private cloud infrastructure.
Step by Step tutorial on the implementation of FreeRTOS on AVNET MiniZED Board. This board is powered by a Xilinx Zynq FPGA (7007S).
This manual uses Xilinx Vitis Environment.
Implementing an interface in r to communicate with programmable fabric in a x...Vincent Claes
This paper shows the details for implementing an interface between the programming language R and programmable fabric of a Xilinx Zynq FPGA on a zedboard.
Debugging IoT Sensor Interfaces (SPI) with Digilent Analog Discovery 2Vincent Claes
Tutorial on how to debug a SPI Peripheral with the Digilent Analog Discovery 2.
We create a SPI Master with the Discovery and use an Olimex MOD-LED8x8RGB Matrix as device under test.
Using recycled concrete aggregates (RCA) for pavements is crucial to achieving sustainability. Implementing RCA for new pavement can minimize carbon footprint, conserve natural resources, reduce harmful emissions, and lower life cycle costs. Compared to natural aggregate (NA), RCA pavement has fewer comprehensive studies and sustainability assessments.
Water billing management system project report.pdfKamal Acharya
Our project entitled “Water Billing Management System” aims is to generate Water bill with all the charges and penalty. Manual system that is employed is extremely laborious and quite inadequate. It only makes the process more difficult and hard.
The aim of our project is to develop a system that is meant to partially computerize the work performed in the Water Board like generating monthly Water bill, record of consuming unit of water, store record of the customer and previous unpaid record.
We used HTML/PHP as front end and MYSQL as back end for developing our project. HTML is primarily a visual design environment. We can create a android application by designing the form and that make up the user interface. Adding android application code to the form and the objects such as buttons and text boxes on them and adding any required support code in additional modular.
MySQL is free open source database that facilitates the effective management of the databases by connecting them to the software. It is a stable ,reliable and the powerful solution with the advanced features and advantages which are as follows: Data Security.MySQL is free open source database that facilitates the effective management of the databases by connecting them to the software.
Hierarchical Digital Twin of a Naval Power SystemKerry Sado
A hierarchical digital twin of a Naval DC power system has been developed and experimentally verified. Similar to other state-of-the-art digital twins, this technology creates a digital replica of the physical system executed in real-time or faster, which can modify hardware controls. However, its advantage stems from distributing computational efforts by utilizing a hierarchical structure composed of lower-level digital twin blocks and a higher-level system digital twin. Each digital twin block is associated with a physical subsystem of the hardware and communicates with a singular system digital twin, which creates a system-level response. By extracting information from each level of the hierarchy, power system controls of the hardware were reconfigured autonomously. This hierarchical digital twin development offers several advantages over other digital twins, particularly in the field of naval power systems. The hierarchical structure allows for greater computational efficiency and scalability while the ability to autonomously reconfigure hardware controls offers increased flexibility and responsiveness. The hierarchical decomposition and models utilized were well aligned with the physical twin, as indicated by the maximum deviations between the developed digital twin hierarchy and the hardware.
We have compiled the most important slides from each speaker's presentation. This year’s compilation, available for free, captures the key insights and contributions shared during the DfMAy 2024 conference.
NO1 Uk best vashikaran specialist in delhi vashikaran baba near me online vas...Amil Baba Dawood bangali
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Sachpazis:Terzaghi Bearing Capacity Estimation in simple terms with Calculati...Dr.Costas Sachpazis
Terzaghi's soil bearing capacity theory, developed by Karl Terzaghi, is a fundamental principle in geotechnical engineering used to determine the bearing capacity of shallow foundations. This theory provides a method to calculate the ultimate bearing capacity of soil, which is the maximum load per unit area that the soil can support without undergoing shear failure. The Calculation HTML Code included.
Hybrid optimization of pumped hydro system and solar- Engr. Abdul-Azeez.pdffxintegritypublishin
Advancements in technology unveil a myriad of electrical and electronic breakthroughs geared towards efficiently harnessing limited resources to meet human energy demands. The optimization of hybrid solar PV panels and pumped hydro energy supply systems plays a pivotal role in utilizing natural resources effectively. This initiative not only benefits humanity but also fosters environmental sustainability. The study investigated the design optimization of these hybrid systems, focusing on understanding solar radiation patterns, identifying geographical influences on solar radiation, formulating a mathematical model for system optimization, and determining the optimal configuration of PV panels and pumped hydro storage. Through a comparative analysis approach and eight weeks of data collection, the study addressed key research questions related to solar radiation patterns and optimal system design. The findings highlighted regions with heightened solar radiation levels, showcasing substantial potential for power generation and emphasizing the system's efficiency. Optimizing system design significantly boosted power generation, promoted renewable energy utilization, and enhanced energy storage capacity. The study underscored the benefits of optimizing hybrid solar PV panels and pumped hydro energy supply systems for sustainable energy usage. Optimizing the design of solar PV panels and pumped hydro energy supply systems as examined across diverse climatic conditions in a developing country, not only enhances power generation but also improves the integration of renewable energy sources and boosts energy storage capacities, particularly beneficial for less economically prosperous regions. Additionally, the study provides valuable insights for advancing energy research in economically viable areas. Recommendations included conducting site-specific assessments, utilizing advanced modeling tools, implementing regular maintenance protocols, and enhancing communication among system components.
Industrial Training at Shahjalal Fertilizer Company Limited (SFCL)MdTanvirMahtab2
This presentation is about the working procedure of Shahjalal Fertilizer Company Limited (SFCL). A Govt. owned Company of Bangladesh Chemical Industries Corporation under Ministry of Industries.
39. File Groups (Extra – not in this project)
If you use IP from the Xilinx IP
Catalog don’t forget to Add
Sub-Core References in your
File Groups!!!
For instance when using the
clock wizard inside your
Custom VHDL IP block!
Vincent Claes