Collection of software architecture patterns we applied at Nubank to enhance the reliability of our systems. No novelty is claimed, many of the patterns are well known and documented in the software engineering literature.
Troubleshooting your elasticsearch cluster like a support engineerImma Valls Bernaus
Where to start when troubleshooting an Elasticsearch cluster? Is your cluster down, or experiencing degraded performance? Did it fail to upgrade?
A well-configured Elasticsearch installation is able to better utilize available resources and respond more efficiently to requests.
Join this talk if you want to learn the tools available to help you out (Elasticsearch REST APIs, log analysis, monitoring) and how to prevent the most common issues we see in Elastic support, with the recommended best practices to avoid them.
A brief introduction about what expect from CSS Level 4. CSS 3 was all about shadows, borders, backgrounds, 3D, transitions and animations. CSS 4 is all about select and detect things.
APIs: The Problems with Eating your Own Dog FoodPhil Calçado
SoundCloud's web and mobile properties are all built on top of our Public API. While building the user-interface atop a RESTful layer has proven itself a sound decision, the one-size-fits-all nature of a Public API is not ideal.
When it comes to data transfer and HTTP resource modelling, each client has their own needs, and in the end hacks and workarounds have to be implemented in both clients and servers. Feature development also becomes complicated, with coordination between multiple teams required for every single little feature.
SoundCloud is now moving to a different model, where clients have their own façade APIs, modelled after their core characteristics and needs. We are also using the architecture to break away from Conway’s Law and building more cross-functional, end-to-end teams.
From: http://gotocon.com/berlin-2013/presentation/APIs:%20The%20Problems%20with%20Eating%20your%20Own%20Dog%20food
To implement this, a lot of change in our architecture, tech stack and development processes were required. In this talk we will explore the challenges we had, the options we investigated and how ultimately SoundCloud decided to move forward.
Troubleshooting your elasticsearch cluster like a support engineerImma Valls Bernaus
Where to start when troubleshooting an Elasticsearch cluster? Is your cluster down, or experiencing degraded performance? Did it fail to upgrade?
A well-configured Elasticsearch installation is able to better utilize available resources and respond more efficiently to requests.
Join this talk if you want to learn the tools available to help you out (Elasticsearch REST APIs, log analysis, monitoring) and how to prevent the most common issues we see in Elastic support, with the recommended best practices to avoid them.
A brief introduction about what expect from CSS Level 4. CSS 3 was all about shadows, borders, backgrounds, 3D, transitions and animations. CSS 4 is all about select and detect things.
APIs: The Problems with Eating your Own Dog FoodPhil Calçado
SoundCloud's web and mobile properties are all built on top of our Public API. While building the user-interface atop a RESTful layer has proven itself a sound decision, the one-size-fits-all nature of a Public API is not ideal.
When it comes to data transfer and HTTP resource modelling, each client has their own needs, and in the end hacks and workarounds have to be implemented in both clients and servers. Feature development also becomes complicated, with coordination between multiple teams required for every single little feature.
SoundCloud is now moving to a different model, where clients have their own façade APIs, modelled after their core characteristics and needs. We are also using the architecture to break away from Conway’s Law and building more cross-functional, end-to-end teams.
From: http://gotocon.com/berlin-2013/presentation/APIs:%20The%20Problems%20with%20Eating%20your%20Own%20Dog%20food
To implement this, a lot of change in our architecture, tech stack and development processes were required. In this talk we will explore the challenges we had, the options we investigated and how ultimately SoundCloud decided to move forward.
Three Years of Microservices at SoundCloud - Distributed Matters Berlin 2015Phil Calçado
SoundCloud is the largest repository of audio on the web, used by more than 200 million people every month, who upload more than 11 hours of audio every minute. Like so many others, we have migrated from a typical monolithic architecture to microservices. While the benefits brought by this style of SOA to our productivity and reliability are clear, the architecture required some non-obvious changes in the way we operate systems, and a way to tackle the overhead associated with having hundreds of small moving parts to serve every request. In this talk we’ll share the toolkit and strategy SoundCloud uses to keep its microservices explosion manageable. What do we do about the operations overhead? How to spread devops skills across teams to support the “you build it, you run it” vision? How to deal with breaking changes and asynchronous behaviours? How to deal with chatty interactions? Which protocol? How do I even get a diagram telling me how all this stuff is put together?
ScalaItaly 2015 - Your Microservice as a FunctionPhil Calçado
SoundCloud's microservice architecture is built mostly in Scala, using Finagle as its distributed systems workhorse. Finagle is an RPC system for the JVM, and it is based on a pipes-and-filters architecture that maps very nicely to functional programming concepts of higher-order functions and combinators. Over the past few years we have found that it is extremely useful to go even a step further and think of microservices as functions themselves. In this talk let's explore how SoundCloud uses Scala and Finagle, and how we started thinking of a microservices architecture as a special case of a functional system.
A arquitetura de micro-serviços é fundamentada na explosão de uma aplicação grande e monolítica em um conjunto de APIs e componentes muito pequenos, com baixíssima capacidade funcional, visando independência e autonomia dessas pequenas partes.
Nessa palestra vamos explorar alguns casos de uso desse estilo arquitetural, as motivações para a utilização da arquitetura de micro-serviços, comparando-a com as abordagens tradicionais de SOA e arquiteturas monolíticas. Veremos também quais os benefícios e desafios na composição das equipes de projetos, na comunicação entre os serviços e no gerenciamento dos dados.
Apresentação realizada em 2014 no QCon Rio.
Amadurecendo Equipes com Microservicessanchez_ivan
Uma arquitetura de microserviços trás inúmeras vantagens. Por outro lado, organizar um sistema deste modo traz vários desafios. Nesta apresentação eu trago algumas lições aprendidas que podem ser úteis mesmo para equipes que não pretendem aderir completamente a esta nova tendência.
Flexbox and Grid Layout: How you will structure layouts tomorrow.Diego Eis
Say goodby to Float. Float save us until today. But float was never the right solution. With Flexbox and Grid Layout, we have the right solutions (maybe) to structure layouts to many devices and screens, with less work, easy (not so much) to understand syntax and maintainable code.
Lets talk today about Flexbox and Grid Layout and how they work.
DOM, CSSOM e RenderThree - Introdução ao Browser Render PathDiego Eis
Entender como funciona o processo de renderização do browser é simples e ajuda bastante na hora de pensar em performance. Nessa apresentação, mostro um pouco sobre esse processo.
Microservices vem se tornando uma prática cada vez mais utilizada por equipes de desenvolvimento de software. Conheça as motivações e os desafios para se desenvolver com essa abordagem. Saiba mais em http://blog.andrefaria.com
Microservices: uma abordagem para arquitetura de aplicações (Devcamp 2015)Tiago Marchetti Dolphine
Microservices é um estilo arquitetural que têm revolucionado o desenvolvimento de aplicações através de pequenos serviços, desacoplados e com foco em executar uma tarefa específica comunicando-se através de Web APis ou mensagens assíncronas. Nesta palestra será apresentado como microservices é capaz de solucionar seus problemas no desenvolvimento de sistemas robustos e escaláveis. Serão abordadas as principais características deste paradigma, quais as vantagens e desvantagens em comparação a arquiteturas monolíticas, exemplos e situações de uso.
O que você precisa saber para se tornar um dev front-endDiego Eis
Ser um desenvolvedor front-end já foi mais fácil. Essa palestra mostra o caminho das pedras para os que estão iniciando na área e os que já estão, servindo como guia para assuntos importantes na área.
Link do artigo relacionado:
http://tableless.com.br/tornar-dev-front-end/
Vantagens e desvantagens de uma arquitetura microservicesFábio Rosato
A demanda cada vez maior por agilidade, inovação e escalabilidade das soluções digitais tem impulsionado a adoção da arquitetura baseada em microservices. Os benefícios desta abordagem são reais e significativos, mas esse estilo arquitetural traz uma série de novos desafios.
Nesta apresentação, vamos fazer um mergulho profundo a partir de exemplos detalhados sobre as vantagens e desvantagens dessa abordagem arquitetural, como por exemplo:
Explorar como realizar a decomposição funcional e como definir taxonomias e granularidades adequadas para os microservices;
Como solucionar problemas arquiteturais como Client-side service discovery e Server-side service discovery, invocação, logging e monitoramento;
Definir protocolos de comunicação (HTTP, AMQP e Websocket) de forma minimizar a latência e lidar com outros requisitos não funcionais;
Como atacar questões de replicação de dados e regras de negócio e dados;
Design Patterns para problemas arquiteturais recorrentes;
Como conduzir a operação e evolução de um sistema nesta abordagem.
UX, Front-end and Back-end: How front-end can help these guys?Diego Eis
How front-end can help UX and Back-end guys? How they interact? I tell a little about it in this slides, showing how the front-end can help the back-end and UX.
Supercharge your Test & Dev Process with Ravello, Jenkins and the Cloud (Jenk...Gil Hoffer
Video at: https://www.youtube.com/watch?v=2IEuk1aIAUU
Slides from our session at the Jenkins User Conference 2013 (Israel) in which I described how we at Ravello Systems (http://www.ravellosystems.com) use Jenkins and the cloud to supercharge our development process. As part of this, we will cover the usage of Jenkins for continuous integration on multiple exact replicas of multi-VM production applications, with no resource contention! We will show the usage of Jenkins by our development, QA, Operations and PM teams, which all utilize the cloud and Jenkins to the extreme.
OpenSAF in the cloud: Why an HA middleware is still neededmathi_np
High Availability for the cloud And Making the cloud infrastructure carrier-grade, as presented in LinuxCon Europe, LinuxCon Dusseldorf 2014. Recommends OpenSAF for standardized service availability and workload management, manageability for any cloud infrastructure software. HA is not only about plain standbys or load balancing.
Discusses the need for an integrated availability architecture and centralized workload management for projects such as openstack.
OpenSAF's capabilities of cluster management and availability management and standardized management interface (standardized logging, notification, management and upgradeability with HA) is recommended for standardized availability and management of cloud infrastructure.
Also...
Introduces SA Forum, the OpenSAF project, foundation, OpenHPI. OpenSAF as the defacto most comprehensive implementation of SAForum technology.
Introduces concepts of Service Availability and High Availability and the Need to be able to test and measure.
Introduces SAF (Service Availability Forum) principles for HA and OpenSAF capabilities. Compares with vmware and openstack and provides recommendations on how to leverage the capabilities of OpenSAF for achieving HA and to make the cloud carrier grade.
Three Years of Microservices at SoundCloud - Distributed Matters Berlin 2015Phil Calçado
SoundCloud is the largest repository of audio on the web, used by more than 200 million people every month, who upload more than 11 hours of audio every minute. Like so many others, we have migrated from a typical monolithic architecture to microservices. While the benefits brought by this style of SOA to our productivity and reliability are clear, the architecture required some non-obvious changes in the way we operate systems, and a way to tackle the overhead associated with having hundreds of small moving parts to serve every request. In this talk we’ll share the toolkit and strategy SoundCloud uses to keep its microservices explosion manageable. What do we do about the operations overhead? How to spread devops skills across teams to support the “you build it, you run it” vision? How to deal with breaking changes and asynchronous behaviours? How to deal with chatty interactions? Which protocol? How do I even get a diagram telling me how all this stuff is put together?
ScalaItaly 2015 - Your Microservice as a FunctionPhil Calçado
SoundCloud's microservice architecture is built mostly in Scala, using Finagle as its distributed systems workhorse. Finagle is an RPC system for the JVM, and it is based on a pipes-and-filters architecture that maps very nicely to functional programming concepts of higher-order functions and combinators. Over the past few years we have found that it is extremely useful to go even a step further and think of microservices as functions themselves. In this talk let's explore how SoundCloud uses Scala and Finagle, and how we started thinking of a microservices architecture as a special case of a functional system.
A arquitetura de micro-serviços é fundamentada na explosão de uma aplicação grande e monolítica em um conjunto de APIs e componentes muito pequenos, com baixíssima capacidade funcional, visando independência e autonomia dessas pequenas partes.
Nessa palestra vamos explorar alguns casos de uso desse estilo arquitetural, as motivações para a utilização da arquitetura de micro-serviços, comparando-a com as abordagens tradicionais de SOA e arquiteturas monolíticas. Veremos também quais os benefícios e desafios na composição das equipes de projetos, na comunicação entre os serviços e no gerenciamento dos dados.
Apresentação realizada em 2014 no QCon Rio.
Amadurecendo Equipes com Microservicessanchez_ivan
Uma arquitetura de microserviços trás inúmeras vantagens. Por outro lado, organizar um sistema deste modo traz vários desafios. Nesta apresentação eu trago algumas lições aprendidas que podem ser úteis mesmo para equipes que não pretendem aderir completamente a esta nova tendência.
Flexbox and Grid Layout: How you will structure layouts tomorrow.Diego Eis
Say goodby to Float. Float save us until today. But float was never the right solution. With Flexbox and Grid Layout, we have the right solutions (maybe) to structure layouts to many devices and screens, with less work, easy (not so much) to understand syntax and maintainable code.
Lets talk today about Flexbox and Grid Layout and how they work.
DOM, CSSOM e RenderThree - Introdução ao Browser Render PathDiego Eis
Entender como funciona o processo de renderização do browser é simples e ajuda bastante na hora de pensar em performance. Nessa apresentação, mostro um pouco sobre esse processo.
Microservices vem se tornando uma prática cada vez mais utilizada por equipes de desenvolvimento de software. Conheça as motivações e os desafios para se desenvolver com essa abordagem. Saiba mais em http://blog.andrefaria.com
Microservices: uma abordagem para arquitetura de aplicações (Devcamp 2015)Tiago Marchetti Dolphine
Microservices é um estilo arquitetural que têm revolucionado o desenvolvimento de aplicações através de pequenos serviços, desacoplados e com foco em executar uma tarefa específica comunicando-se através de Web APis ou mensagens assíncronas. Nesta palestra será apresentado como microservices é capaz de solucionar seus problemas no desenvolvimento de sistemas robustos e escaláveis. Serão abordadas as principais características deste paradigma, quais as vantagens e desvantagens em comparação a arquiteturas monolíticas, exemplos e situações de uso.
O que você precisa saber para se tornar um dev front-endDiego Eis
Ser um desenvolvedor front-end já foi mais fácil. Essa palestra mostra o caminho das pedras para os que estão iniciando na área e os que já estão, servindo como guia para assuntos importantes na área.
Link do artigo relacionado:
http://tableless.com.br/tornar-dev-front-end/
Vantagens e desvantagens de uma arquitetura microservicesFábio Rosato
A demanda cada vez maior por agilidade, inovação e escalabilidade das soluções digitais tem impulsionado a adoção da arquitetura baseada em microservices. Os benefícios desta abordagem são reais e significativos, mas esse estilo arquitetural traz uma série de novos desafios.
Nesta apresentação, vamos fazer um mergulho profundo a partir de exemplos detalhados sobre as vantagens e desvantagens dessa abordagem arquitetural, como por exemplo:
Explorar como realizar a decomposição funcional e como definir taxonomias e granularidades adequadas para os microservices;
Como solucionar problemas arquiteturais como Client-side service discovery e Server-side service discovery, invocação, logging e monitoramento;
Definir protocolos de comunicação (HTTP, AMQP e Websocket) de forma minimizar a latência e lidar com outros requisitos não funcionais;
Como atacar questões de replicação de dados e regras de negócio e dados;
Design Patterns para problemas arquiteturais recorrentes;
Como conduzir a operação e evolução de um sistema nesta abordagem.
UX, Front-end and Back-end: How front-end can help these guys?Diego Eis
How front-end can help UX and Back-end guys? How they interact? I tell a little about it in this slides, showing how the front-end can help the back-end and UX.
Supercharge your Test & Dev Process with Ravello, Jenkins and the Cloud (Jenk...Gil Hoffer
Video at: https://www.youtube.com/watch?v=2IEuk1aIAUU
Slides from our session at the Jenkins User Conference 2013 (Israel) in which I described how we at Ravello Systems (http://www.ravellosystems.com) use Jenkins and the cloud to supercharge our development process. As part of this, we will cover the usage of Jenkins for continuous integration on multiple exact replicas of multi-VM production applications, with no resource contention! We will show the usage of Jenkins by our development, QA, Operations and PM teams, which all utilize the cloud and Jenkins to the extreme.
OpenSAF in the cloud: Why an HA middleware is still neededmathi_np
High Availability for the cloud And Making the cloud infrastructure carrier-grade, as presented in LinuxCon Europe, LinuxCon Dusseldorf 2014. Recommends OpenSAF for standardized service availability and workload management, manageability for any cloud infrastructure software. HA is not only about plain standbys or load balancing.
Discusses the need for an integrated availability architecture and centralized workload management for projects such as openstack.
OpenSAF's capabilities of cluster management and availability management and standardized management interface (standardized logging, notification, management and upgradeability with HA) is recommended for standardized availability and management of cloud infrastructure.
Also...
Introduces SA Forum, the OpenSAF project, foundation, OpenHPI. OpenSAF as the defacto most comprehensive implementation of SAForum technology.
Introduces concepts of Service Availability and High Availability and the Need to be able to test and measure.
Introduces SAF (Service Availability Forum) principles for HA and OpenSAF capabilities. Compares with vmware and openstack and provides recommendations on how to leverage the capabilities of OpenSAF for achieving HA and to make the cloud carrier grade.
This presentation focusses on all the Oracle RAC 12c Rel. 2 related features that ensure continuous availability of the applications using an Oracle RAC database for High Availability.
Architecting for failure - Why are distributed systems hard?Markus Eisele
Devnexus 2017
As we architect our systems for greater demands, scale, uptime, and performance, the hardest thing to control becomes the environment in which we deploy and the subtle but crucial interactions between complicated systems. And microservices obviously are the way to go forward with those complicated systems. But what makes it so hard to build them? And why should you embrace failure instead of doing what we can do best: Preventing failure. This talk introduces you to the problem domain of a distributed system which consists of a couple of microservices. It shows how to build, deploy and orchestrate the chaos and introduces you to a couple of patterns to prevent and compensate failure.
In this session we'll discuss and demonstrate key concepts and design patterns for continuous deployment and integration using technologies like AWS OpsWorks and Chef to enable better control of applications and infrastructures.
Al Wagner from IBM presents how to avoid deployment failures, reviewing such topics as: Deployment models like canary, blue/green and rolling that can help prevent major production outages; How to pinpoint deployment failures in your process and correct them; Pulling together a basic failure response plan; and How you can roll forward while improving your deployment process.
Learn more about IBM UrbanCode: http://www.ibm.biz/learnurbancode
CPN208 Failures at Scale & How to Ride Through Them - AWS re: Invent 2012Amazon Web Services
At scale, rare and unexpected events will happen. Things eventually will go wrong. This talk dives into what can go wrong at scale and how to architect applications to ride through disaster obliviously. We’ll talk about AWS infrastructure design including Regions and Availability Zones and show how applications can be written and operated to best exploit this industry-unique infrastructure redundancy model. Believing that experience is one of the best teachers, we will go through some of the more interesting and educational industry post mortems including some experienced at AWS to motivate these application design decisions and show how they can mitigate the damage of the truly unexpected.
Distributed systems involve complex interactions among many components. This increases the possibilities of failures that could turn a whole system down. Software architects, designers, and developers need to architect, design, and program functional requirements thinking about possibility of failures and the need for a system to keep running despite failures. This presentation tackles but part of the problem, focusing on redundancy, different types of groups, replication, and eventual consistency, finishing with the presentation of CAP theorem.
Presentation delivered at IV Cloud Computing and Big Data Ent at Universdad Nacional de La Plata http://www.jcc.info.unlp.edu.ar/jcc2016/wordpress/index.php/cronograma/
Presented by Cloudant Developer Advocate, Bradley Holt.
Web and mobile apps shouldn’t stop working when there’s no network connection. Bradley Holt demonstrates how to use the HTML5 offline application cache, PouchDB, and CouchDB to build offline-enabled responsive mobile and web apps.
Based on Apache CouchDB, PouchDB is an open source syncing JavaScript database that runs within a web browser. Offline-first apps built using PouchDB can provide a better, faster user experience—both on- and offline. Bradley discusses how to use PouchDB with Cordova/PhoneGap, Ionic, and CouchDB to build fully-featured, cross-platform native/hybrid apps or high-fidelity prototypes. PouchDB can also be run within Node.js and on devices for Internet of Things (IoT) applications.
Bradley provides code examples for creating a PouchDB database, creating a new document, updating a document, deleting a document, querying a database, syncing PouchDB with a remote database, and live updates to a user interface based on database changes. Bradley will also discuss user-interface patterns for offline-first apps.
Nonfunctional Testing: Examine the Other Side of the CoinTechWell
Creating a highly available, scalable, and high-performing system requires a substantial amount of what we call nonfunctional testing. Developing nonfunctional testing skills is a must for many of today’s quality engineers (QEs). For the past several years, Balaji Arunachalam’s quality team for Intuit Core Services has experienced several highly available and disaster recovery buildup and testing challenges. Their journey includes the evolution of functional QEs into hybrid QEs who are capable of doing both functional and nonfunctional testing. Nonfunctional testing includes capacity, stability, benchmarking, FMEA/RAS, datacenter failover, and scalability testing. Balaji shares nonfunctional testing best practices, learnings, and mistakes they encountered on this journey. If you or your team is ready flip the coin and take a serious look at nonfunctional testing methods, opportunities, challenges, and solutions, this session is for you.
To demystify the various approaches in IT software deployment in DevOps landscape. While there one too many ways of deployment in the software world, I have selected, prepared and presented the most commonly used deployment strategies. While a few might seem repetitive, they are essential as the approach can be specific to industries they support.
OW2con'14 - OpenCloudware: The vApp Lifecycle Management Solution for Multi-C...OW2
The main way to “go cloud” has proved to be, for security and economic reasons, hybrid : mixing private with public. Moving to Cloud PaaS is then requires to: manage the lifecycle of applications over different cloud providers; mask the heterogeneity; automate the deployment whatever the application technology and execution environment are, etc. This is what tackles OpenCloudware, which aims at enabling flexible multi-cloud applications thanks to a full automated think-build-run chain.
In the presentation we present a sample from OpenCloudware results demonstrating in particular a complete mechanism, comprising: application selection, deployment, benchmarking. OpenCloudware supports many IaaS infrasctructures, including OpenStack (via OW2stack). OpenCloudware is supported by the French administration through its IT support program "Fond National pour la Société Numérique".
#ITsubbotnik Spring 2017: Roman Dimitrenko "Building Paas with the HashiStack"epamspb
Я расскажу, как построить гибкую, надежную, высокодоступную и масштабируемую «платформу как сервис» с нуля. Вы узнаете, насколько легко это сделать, и как продукты HashiCorp могут помочь вашим проектам.
Understanding Inductive Bias in Machine LearningSUTEJAS
This presentation explores the concept of inductive bias in machine learning. It explains how algorithms come with built-in assumptions and preferences that guide the learning process. You'll learn about the different types of inductive bias and how they can impact the performance and generalizability of machine learning models.
The presentation also covers the positive and negative aspects of inductive bias, along with strategies for mitigating potential drawbacks. We'll explore examples of how bias manifests in algorithms like neural networks and decision trees.
By understanding inductive bias, you can gain valuable insights into how machine learning models work and make informed decisions when building and deploying them.
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.
TOP 10 B TECH COLLEGES IN JAIPUR 2024.pptxnikitacareer3
Looking for the best engineering colleges in Jaipur for 2024?
Check out our list of the top 10 B.Tech colleges to help you make the right choice for your future career!
1) MNIT
2) MANIPAL UNIV
3) LNMIIT
4) NIMS UNIV
5) JECRC
6) VIVEKANANDA GLOBAL UNIV
7) BIT JAIPUR
8) APEX UNIV
9) AMITY UNIV.
10) JNU
TO KNOW MORE ABOUT COLLEGES, FEES AND PLACEMENT, WATCH THE FULL VIDEO GIVEN BELOW ON "TOP 10 B TECH COLLEGES IN JAIPUR"
https://www.youtube.com/watch?v=vSNje0MBh7g
VISIT CAREER MANTRA PORTAL TO KNOW MORE ABOUT COLLEGES/UNIVERSITITES in Jaipur:
https://careermantra.net/colleges/3378/Jaipur/b-tech
Get all the information you need to plan your next steps in your medical career with Career Mantra!
https://careermantra.net/
A review on techniques and modelling methodologies used for checking electrom...nooriasukmaningtyas
The proper function of the integrated circuit (IC) in an inhibiting electromagnetic environment has always been a serious concern throughout the decades of revolution in the world of electronics, from disjunct devices to today’s integrated circuit technology, where billions of transistors are combined on a single chip. The automotive industry and smart vehicles in particular, are confronting design issues such as being prone to electromagnetic interference (EMI). Electronic control devices calculate incorrect outputs because of EMI and sensors give misleading values which can prove fatal in case of automotives. In this paper, the authors have non exhaustively tried to review research work concerned with the investigation of EMI in ICs and prediction of this EMI using various modelling methodologies and measurement setups.
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.
KuberTENes Birthday Bash Guadalajara - K8sGPT first impressionsVictor Morales
K8sGPT is a tool that analyzes and diagnoses Kubernetes clusters. This presentation was used to share the requirements and dependencies to deploy K8sGPT in a local environment.
10. Blue-Green Deployments
10
“A release technique
that reduces
downtime and risk
by running two
identical production
environments: Blue
and Green”
https://docs.cloudfoundry.org/devguide/deploy-apps/blue-green.html