The document discusses building an ONOS cluster on openSUSE. It begins with introductions to ONF, SDN, and ONOS. It then covers ONOS architectural principles, use cases, clustering, and how devices connect to the cluster. It demonstrates clustering commands and provides resources for building an ONOS cluster on openSUSE.
The document discusses SDN-based OpenStack networking using SONA (Simplified Overlay Networking Architecture). It provides an introduction to SDN and ONOS, describing SONA's integration with OpenStack. SONA implements distributed logical switching and routing to provide optimized networking without agents. Its features include flow statistics collection, scalable gateways, and support for acceleration technologies. Finally, the document demonstrates SONA commands and configuring telemetry with InfluxDB.
Open Source Investments in Mainframe Through the Next Generation - Showcasing...Open Mainframe Project
In it's 3rd year, the Open Mainframe Project continues to invest in the open source ecosystem on mainframe through it's summer internship program. This year's class focused on improving mainframe open source packaging and support of modern technologies such as Cloud Foundry and Kubernetes.
In this session, interns will present their work and experience in working in the internship program.
Whether you are a Zowe User, Contribor, Extender or simply interested in what's happening with Zowe - please join us for the launch of the Zowe Quarterly Update Webinar. This is the first in the series of webinars we plan to host each quarter. The webinar will include:
A focus topic / speaker
A brief Zowe update
Upcoming Community Events Overview
Interactive Polls
Join us on this webinar to learn how we are extending the Zowe ZSS (z/OS back-end) to facilitate building in-depth (cross-memory, privileged, system-level) mainframe products with little-to-no assembler code required.
This document discusses network function virtualization (NFV) and the management and orchestration (MANO) stack. It provides an overview of NFV and its benefits over traditional hardware appliances. It describes the ETSI NFV reference architecture and the roles of the main MANO components: the virtualized infrastructure manager (VIM), virtual network function manager (VNFM), and NFV orchestrator (NFVO). It notes that while the lower layers like the VIM are more standardized, there is still work being done to standardize the NFVO and its interfaces. It also discusses some open source MANO implementations and the goal of the OPNFV project to develop a reference implementation through collaboration.
Network Softwarization on KREONET: KREONET-SDongkyun Kim
KREONET is deploying an SD-WAN called KREONET-S* based on ONOS to softwarize its network. It aims to provide a virtualized, dynamic and flexible environment compared to its previous hardware-based fixed network. KREONET-S* is being rolled out in phases starting with two regional centers in 2015 and expanding from there. It uses ONOS controllers and OpenFlow/OpenStack technologies. Initial applications include Virtual Dedicated Networks and user visibility tools. The goal is to provide advanced services, user-defined networks, and new user experiences through the programmable SDN infrastructure.
The document summarizes an agenda for an Open Mainframe Project event. It includes introductions of several mainframe-centric open source projects hosted by the Open Mainframe Project: Ambitus, Feilong, Polycephaly, Zorow, and Zowe. It provides overviews of the missions and benefits of each project. It also discusses the Zowe Conformance Program and how to get involved in the Open Mainframe Project community through various activities and events.
NFV (Network Functions Virtualization) is an ETSI industry specification that involves virtualizing network functions like firewalls and load balancers that traditionally run on proprietary hardware appliances. NFV aims to reduce network operators' capital and operating expenses by consolidating network equipment on commodity servers and switching hardware in data centers, while also decreasing the time it takes to deploy new services. NFV complements but is distinct from network virtualization and SDN efforts.
The document discusses SDN-based OpenStack networking using SONA (Simplified Overlay Networking Architecture). It provides an introduction to SDN and ONOS, describing SONA's integration with OpenStack. SONA implements distributed logical switching and routing to provide optimized networking without agents. Its features include flow statistics collection, scalable gateways, and support for acceleration technologies. Finally, the document demonstrates SONA commands and configuring telemetry with InfluxDB.
Open Source Investments in Mainframe Through the Next Generation - Showcasing...Open Mainframe Project
In it's 3rd year, the Open Mainframe Project continues to invest in the open source ecosystem on mainframe through it's summer internship program. This year's class focused on improving mainframe open source packaging and support of modern technologies such as Cloud Foundry and Kubernetes.
In this session, interns will present their work and experience in working in the internship program.
Whether you are a Zowe User, Contribor, Extender or simply interested in what's happening with Zowe - please join us for the launch of the Zowe Quarterly Update Webinar. This is the first in the series of webinars we plan to host each quarter. The webinar will include:
A focus topic / speaker
A brief Zowe update
Upcoming Community Events Overview
Interactive Polls
Join us on this webinar to learn how we are extending the Zowe ZSS (z/OS back-end) to facilitate building in-depth (cross-memory, privileged, system-level) mainframe products with little-to-no assembler code required.
This document discusses network function virtualization (NFV) and the management and orchestration (MANO) stack. It provides an overview of NFV and its benefits over traditional hardware appliances. It describes the ETSI NFV reference architecture and the roles of the main MANO components: the virtualized infrastructure manager (VIM), virtual network function manager (VNFM), and NFV orchestrator (NFVO). It notes that while the lower layers like the VIM are more standardized, there is still work being done to standardize the NFVO and its interfaces. It also discusses some open source MANO implementations and the goal of the OPNFV project to develop a reference implementation through collaboration.
Network Softwarization on KREONET: KREONET-SDongkyun Kim
KREONET is deploying an SD-WAN called KREONET-S* based on ONOS to softwarize its network. It aims to provide a virtualized, dynamic and flexible environment compared to its previous hardware-based fixed network. KREONET-S* is being rolled out in phases starting with two regional centers in 2015 and expanding from there. It uses ONOS controllers and OpenFlow/OpenStack technologies. Initial applications include Virtual Dedicated Networks and user visibility tools. The goal is to provide advanced services, user-defined networks, and new user experiences through the programmable SDN infrastructure.
The document summarizes an agenda for an Open Mainframe Project event. It includes introductions of several mainframe-centric open source projects hosted by the Open Mainframe Project: Ambitus, Feilong, Polycephaly, Zorow, and Zowe. It provides overviews of the missions and benefits of each project. It also discusses the Zowe Conformance Program and how to get involved in the Open Mainframe Project community through various activities and events.
NFV (Network Functions Virtualization) is an ETSI industry specification that involves virtualizing network functions like firewalls and load balancers that traditionally run on proprietary hardware appliances. NFV aims to reduce network operators' capital and operating expenses by consolidating network equipment on commodity servers and switching hardware in data centers, while also decreasing the time it takes to deploy new services. NFV complements but is distinct from network virtualization and SDN efforts.
The Open Network Operating System (ONOS) is the first open source SDN network operating system targeted specifically at the Service Provider and mission critical networks. ONOS is purpose built to provide the high availability (HA), scale-out, and performance these networks demand.
The document provides information about contributing to the open source SDN controller platform ONOS. It discusses how ONOS supports the transition from legacy to SDN networks through its scalability, performance, legacy device support, and other features. It encourages contributors to get involved through development, documentation, deployment, quality testing, or user experience work. Contact details are provided to join the community on Slack or mailing lists.
ONOS is an open source SDN network operating system that enables service providers to build real SDN/NFV solutions. It provides a distributed control plane for managing network devices and applications through northbound and southbound APIs. ONOS uses a distributed architecture for high availability, scalability, and performance to meet the demands of service provider and enterprise networks. It supports many protocols and has been deployed in production networks around the world.
Clash of Titans in SDN: OpenDaylight vs ONOS - Elisa RojasOpenNebula Project
OpenDaylight and ONOS are two leading open-source SDN controller platforms. OpenDaylight is a modular, extensible framework developed by a large community including many vendors. ONOS is focused on the needs of service providers and has quickly matured features for production use. Both use Java and OSGi and support OpenFlow and other southbound protocols, but have different architectures, communities, and goals.
Introduction of ONOS and core technologysangyun han
This document provides an overview of ONOS (Open Network Operating System) including:
- ONOS is an open-source SDN controller created by ON.LAB to provide carriers with an SDN/NFV solution.
- It aims to be carrier-grade with high availability, scalability, and performance through a distributed architecture.
- ONOS uses southbound protocols like OpenFlow and Netconf to configure network elements while providing northbound APIs and applications.
We have all heard about the Cloud and, in general, we understand its advantages and disadvantages. But what really happens behind the curtains?
More recently, the concept of Software-Defined Networks (SDN) began to interlace with the Cloud, especially on its IaaS strand (Infrastructure as a Service), for providing computer networks as a service, either as an end in itself or as a means for supplying other resources to be consumed (e.g. virtual machines or network functions).
Especially, but not exclusively, in the telecommunications operators sector, another concept emerged: Network Functions Virtualization (NFV).
NFV allows the use of Cloud, SDN and modern virtualization technologies in order to execute and manage services and network functions in standard servers, increasing homogeneity in data centers and reducing maintenance and operational costs.
At the end of this presentation, the audience will get to know the basics of these three concepts and some examples from the real world. They will know about the the present and a possible future.
FlowVisor is an open source OpenFlow controller that acts as a transparent proxy between OpenFlow switches and multiple OpenFlow controllers. It creates network "slices" and isolates them, delegating control of each slice to a different network operating system. It has been used in production networks at Stanford to create hundreds of network slices, and allows for network research in live production environments while minimizing disruption between users. It is customizable, supports multi-vendor infrastructure, and provides a free way to experiment with SDN.
This document provides an overview and introduction to OPNFV:
- OPNFV works with open source projects to bridge the gap between their requirements and NFV requirements. It is sponsored by the Linux Foundation.
- It is organized into committees and technical projects managed by a Technical Steering Committee.
- Its scope includes gathering NFV requirements, integrating and testing open source projects, and releasing integrated software installers.
- There are over 50 projects across areas like requirements, testing, integration and administration. Releases occur twice yearly.
- Installer projects like Apex provide easy setup of NFV infrastructure using OPNFV achievements through "scenarios".
- Getting involved includes joining mailing lists, meetings, and
This document provides an overview of open source networking initiatives and projects. It discusses the growth of open source development led by the Linux Foundation and how open source networking allows for greater innovation, transparency, and lower costs for enterprises, carriers, and cloud providers. Example open source projects are described, including OpenDaylight for SDN controllers, ONAP for network automation, and OPNFV for NFV reference platforms. These projects involve components, platforms, and integrated reference platforms to advance software-defined networking and network functions virtualization through open collaboration.
Comparing Open Source SDN Controllers, like OpenDaylight, OpenContrail, and ONOS is a challenge. Here, we’ll compare open source SDN Controllers. In a software-defined network (SDN), the SDN Controllers is the “brains” of the network. It is the strategic control point in the SDN network, relaying information to the switches/routers ‘below’ (via southbound APIs) and the applications and business logic ‘above’ (via northbound APIs).
Enabling DevOps for IoT software development, powered by Open Source, OW2onli...OW2
Presentation by Hui Song, Senior Scientist, SINTEF. We would like to share our research journey towards enabling DevOps for IoT applications, and how Open Source makes the journey feasible and fun.
DevOps is widely adopted for developing cloud applications, which supports developers in continuously placing software changes directly to production. As companies are including IoT and Edge devices into their IT infrastructures, supporting DevOps for IoT is a must. However, IoT challenges some fundamental assumptions behind DevOps, such as the homogeneous infrastructure and centralized governance, and therefore, breaking-through research is needed. Funded by H2020, 30 people from 12 partners crossing academia and industry gathered to solve these fundamental challenges, which results in full-stack open source tools for automatic deployment, learning-based operation and security monitoring of IoT applications, and risk management of the development process. The tools are evaluated on industrial use cases in intelligent transportation, smart building, and eHealth.
The mass open source tools and communities around IoT development provides the sound foundation for this design research and the opportunities for the further exploitation of the results. In particular, we are proud of spinning off a start-up to commercialize the risk management services in the open source + SaaS model.
1. The document discusses key trends impacting future networks including softwarization, cloudification, network functions virtualization, modularization, and open source.
2. It notes that over 80% of telco operators demand or prefer open systems for their networks and over 95% see open source as a positive attribute for NFV solutions.
3. The document outlines how open source is playing a role at each layer of future networks from the infrastructure to orchestration to the OSS/BSS and discusses the needs, facts, and status at each layer.
The document outlines the roadmap for ONOS, an open source SDN controller, in 2015. Key points include:
- Regular 3 month release cadence, with names like Avocet and Blackbird. Blackbird release in February 2015 will focus on stability, performance, and high availability.
- Areas of focus for 2015 include building out the distributed core using RAFT, improving the intent framework, adding southbound drivers, and exploring new use cases.
- Planned proof of concepts and deployments include AT&T use cases, NTT/NEC optical networking, an Internet2 deployment, and community labs.
- Goals for 2015 include expanding the developer community, influencing standards,
OpenNebula TechDay Boston 2015 - introduction and architectureOpenNebula Project
This document provides an overview of OpenNebula, an open-source tool for building and managing clouds on existing infrastructure. OpenNebula provides a simple yet powerful unified management layer that allows administrators to pool distributed physical resources and virtualize them for on-demand provisioning. It describes key features for cloud management, virtual infrastructure management, and its benefits for cloud consumers, administrators and architects. The document also discusses OpenNebula's origins as a research project, its growth as an open-source community project used by many large organizations, and its vision of providing flexibility, simplicity and control for managing private and hybrid clouds.
CNCF general introduction to beginners at openstack meetup Pune & Bangalore February 2018. Covers broadly the activities and structure of the Cloud Native Computing Foundation.
OPNFV is an open source project that aims to develop an integrated and tested open source platform for network functions virtualization (NFV) to help operators meet increasing demands on networks. The project was launched in September 2014 and is supported by telecom operators and vendors. It will integrate existing open source NFV components and develop new code to provide a carrier-grade reference platform for NFV that supports performance, scale, and reliability requirements of networks.
Why SDN and ON.Lab are hot topics in networkingON.Lab
The document discusses the growing interest and adoption of SDN and ON.LAB. Some key points:
- The SDN market and events/attendees around SDN have grown exponentially from 2012 to 2013, showing increasing interest.
- ON.LAB plays a role in bridging ideas from research communities to broader adoption by organizations through development, distribution, deployment and support of open source SDN tools and platforms.
- ON.LAB aims to open cloud infrastructure for innovation and develops tools like ONOS, FlowVisor, Mininet and testing frameworks to advance SDN.
The future of you application development platforms, the ability to create applications that are cloud native with elastic services and network aware application policies, and microservices is strategic to your company. When the decision to build you next product is made, Openstack and Microservices became central to your application architectures and becomes strategic to your vision.
Geladi merupakan program magang wajib bagi mahasiswa Universitas Telkom untuk mendapatkan pengalaman kerja. Laporan ini menjelaskan pelaksanaan Geladi penulis selama 6 minggu di PT Telkom Purbalingga, meliputi kegiatan pengembangan aplikasi, instalasi perangkat pelanggan, dan memasarkan produk. Geladi memberikan pengalaman praktis dan meningkatkan keterampilan penulis di bidang telekomunikasi.
Laporan ini membahas kegiatan kerja praktik selama 6 minggu di PT. Boer Technology, yang meliputi manajemen dan dukungan cloud server, pelatihan cloud system, serta riset dan pengembangan aplikasi cloud. Kegiatan utama meliputi migrasi layanan, instalasi perangkat keras dan lunak, serta pelatihan cloud system kepada klien.
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The Open Network Operating System (ONOS) is the first open source SDN network operating system targeted specifically at the Service Provider and mission critical networks. ONOS is purpose built to provide the high availability (HA), scale-out, and performance these networks demand.
The document provides information about contributing to the open source SDN controller platform ONOS. It discusses how ONOS supports the transition from legacy to SDN networks through its scalability, performance, legacy device support, and other features. It encourages contributors to get involved through development, documentation, deployment, quality testing, or user experience work. Contact details are provided to join the community on Slack or mailing lists.
ONOS is an open source SDN network operating system that enables service providers to build real SDN/NFV solutions. It provides a distributed control plane for managing network devices and applications through northbound and southbound APIs. ONOS uses a distributed architecture for high availability, scalability, and performance to meet the demands of service provider and enterprise networks. It supports many protocols and has been deployed in production networks around the world.
Clash of Titans in SDN: OpenDaylight vs ONOS - Elisa RojasOpenNebula Project
OpenDaylight and ONOS are two leading open-source SDN controller platforms. OpenDaylight is a modular, extensible framework developed by a large community including many vendors. ONOS is focused on the needs of service providers and has quickly matured features for production use. Both use Java and OSGi and support OpenFlow and other southbound protocols, but have different architectures, communities, and goals.
Introduction of ONOS and core technologysangyun han
This document provides an overview of ONOS (Open Network Operating System) including:
- ONOS is an open-source SDN controller created by ON.LAB to provide carriers with an SDN/NFV solution.
- It aims to be carrier-grade with high availability, scalability, and performance through a distributed architecture.
- ONOS uses southbound protocols like OpenFlow and Netconf to configure network elements while providing northbound APIs and applications.
We have all heard about the Cloud and, in general, we understand its advantages and disadvantages. But what really happens behind the curtains?
More recently, the concept of Software-Defined Networks (SDN) began to interlace with the Cloud, especially on its IaaS strand (Infrastructure as a Service), for providing computer networks as a service, either as an end in itself or as a means for supplying other resources to be consumed (e.g. virtual machines or network functions).
Especially, but not exclusively, in the telecommunications operators sector, another concept emerged: Network Functions Virtualization (NFV).
NFV allows the use of Cloud, SDN and modern virtualization technologies in order to execute and manage services and network functions in standard servers, increasing homogeneity in data centers and reducing maintenance and operational costs.
At the end of this presentation, the audience will get to know the basics of these three concepts and some examples from the real world. They will know about the the present and a possible future.
FlowVisor is an open source OpenFlow controller that acts as a transparent proxy between OpenFlow switches and multiple OpenFlow controllers. It creates network "slices" and isolates them, delegating control of each slice to a different network operating system. It has been used in production networks at Stanford to create hundreds of network slices, and allows for network research in live production environments while minimizing disruption between users. It is customizable, supports multi-vendor infrastructure, and provides a free way to experiment with SDN.
This document provides an overview and introduction to OPNFV:
- OPNFV works with open source projects to bridge the gap between their requirements and NFV requirements. It is sponsored by the Linux Foundation.
- It is organized into committees and technical projects managed by a Technical Steering Committee.
- Its scope includes gathering NFV requirements, integrating and testing open source projects, and releasing integrated software installers.
- There are over 50 projects across areas like requirements, testing, integration and administration. Releases occur twice yearly.
- Installer projects like Apex provide easy setup of NFV infrastructure using OPNFV achievements through "scenarios".
- Getting involved includes joining mailing lists, meetings, and
This document provides an overview of open source networking initiatives and projects. It discusses the growth of open source development led by the Linux Foundation and how open source networking allows for greater innovation, transparency, and lower costs for enterprises, carriers, and cloud providers. Example open source projects are described, including OpenDaylight for SDN controllers, ONAP for network automation, and OPNFV for NFV reference platforms. These projects involve components, platforms, and integrated reference platforms to advance software-defined networking and network functions virtualization through open collaboration.
Comparing Open Source SDN Controllers, like OpenDaylight, OpenContrail, and ONOS is a challenge. Here, we’ll compare open source SDN Controllers. In a software-defined network (SDN), the SDN Controllers is the “brains” of the network. It is the strategic control point in the SDN network, relaying information to the switches/routers ‘below’ (via southbound APIs) and the applications and business logic ‘above’ (via northbound APIs).
Enabling DevOps for IoT software development, powered by Open Source, OW2onli...OW2
Presentation by Hui Song, Senior Scientist, SINTEF. We would like to share our research journey towards enabling DevOps for IoT applications, and how Open Source makes the journey feasible and fun.
DevOps is widely adopted for developing cloud applications, which supports developers in continuously placing software changes directly to production. As companies are including IoT and Edge devices into their IT infrastructures, supporting DevOps for IoT is a must. However, IoT challenges some fundamental assumptions behind DevOps, such as the homogeneous infrastructure and centralized governance, and therefore, breaking-through research is needed. Funded by H2020, 30 people from 12 partners crossing academia and industry gathered to solve these fundamental challenges, which results in full-stack open source tools for automatic deployment, learning-based operation and security monitoring of IoT applications, and risk management of the development process. The tools are evaluated on industrial use cases in intelligent transportation, smart building, and eHealth.
The mass open source tools and communities around IoT development provides the sound foundation for this design research and the opportunities for the further exploitation of the results. In particular, we are proud of spinning off a start-up to commercialize the risk management services in the open source + SaaS model.
1. The document discusses key trends impacting future networks including softwarization, cloudification, network functions virtualization, modularization, and open source.
2. It notes that over 80% of telco operators demand or prefer open systems for their networks and over 95% see open source as a positive attribute for NFV solutions.
3. The document outlines how open source is playing a role at each layer of future networks from the infrastructure to orchestration to the OSS/BSS and discusses the needs, facts, and status at each layer.
The document outlines the roadmap for ONOS, an open source SDN controller, in 2015. Key points include:
- Regular 3 month release cadence, with names like Avocet and Blackbird. Blackbird release in February 2015 will focus on stability, performance, and high availability.
- Areas of focus for 2015 include building out the distributed core using RAFT, improving the intent framework, adding southbound drivers, and exploring new use cases.
- Planned proof of concepts and deployments include AT&T use cases, NTT/NEC optical networking, an Internet2 deployment, and community labs.
- Goals for 2015 include expanding the developer community, influencing standards,
OpenNebula TechDay Boston 2015 - introduction and architectureOpenNebula Project
This document provides an overview of OpenNebula, an open-source tool for building and managing clouds on existing infrastructure. OpenNebula provides a simple yet powerful unified management layer that allows administrators to pool distributed physical resources and virtualize them for on-demand provisioning. It describes key features for cloud management, virtual infrastructure management, and its benefits for cloud consumers, administrators and architects. The document also discusses OpenNebula's origins as a research project, its growth as an open-source community project used by many large organizations, and its vision of providing flexibility, simplicity and control for managing private and hybrid clouds.
CNCF general introduction to beginners at openstack meetup Pune & Bangalore February 2018. Covers broadly the activities and structure of the Cloud Native Computing Foundation.
OPNFV is an open source project that aims to develop an integrated and tested open source platform for network functions virtualization (NFV) to help operators meet increasing demands on networks. The project was launched in September 2014 and is supported by telecom operators and vendors. It will integrate existing open source NFV components and develop new code to provide a carrier-grade reference platform for NFV that supports performance, scale, and reliability requirements of networks.
Why SDN and ON.Lab are hot topics in networkingON.Lab
The document discusses the growing interest and adoption of SDN and ON.LAB. Some key points:
- The SDN market and events/attendees around SDN have grown exponentially from 2012 to 2013, showing increasing interest.
- ON.LAB plays a role in bridging ideas from research communities to broader adoption by organizations through development, distribution, deployment and support of open source SDN tools and platforms.
- ON.LAB aims to open cloud infrastructure for innovation and develops tools like ONOS, FlowVisor, Mininet and testing frameworks to advance SDN.
The future of you application development platforms, the ability to create applications that are cloud native with elastic services and network aware application policies, and microservices is strategic to your company. When the decision to build you next product is made, Openstack and Microservices became central to your application architectures and becomes strategic to your vision.
Geladi merupakan program magang wajib bagi mahasiswa Universitas Telkom untuk mendapatkan pengalaman kerja. Laporan ini menjelaskan pelaksanaan Geladi penulis selama 6 minggu di PT Telkom Purbalingga, meliputi kegiatan pengembangan aplikasi, instalasi perangkat pelanggan, dan memasarkan produk. Geladi memberikan pengalaman praktis dan meningkatkan keterampilan penulis di bidang telekomunikasi.
Laporan ini membahas kegiatan kerja praktik selama 6 minggu di PT. Boer Technology, yang meliputi manajemen dan dukungan cloud server, pelatihan cloud system, serta riset dan pengembangan aplikasi cloud. Kegiatan utama meliputi migrasi layanan, instalasi perangkat keras dan lunak, serta pelatihan cloud system kepada klien.
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Vertical farming di Indonesia menjanjikan potensi bisnis yang baik karena mampu menghasilkan panen secara berkelanjutan menggunakan lahan sempit dan biaya operasional rendah.
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Aleš Zamuda: Presentation of IEEE Slovenia CIS (Computational Intelligence Society) Chapter and Networking.
Presentation at IcETRAN 2024 session:
"Inter-Society Networking Panel GRSS/MTT-S/CIS
Panel Session: Promoting Connection and Cooperation"
IEEE Slovenia GRSS
IEEE Serbia and Montenegro MTT-S
IEEE Slovenia CIS
11TH INTERNATIONAL CONFERENCE ON ELECTRICAL, ELECTRONIC AND COMPUTING ENGINEERING
3-6 June 2024, Niš, Serbia
A SYSTEMATIC RISK ASSESSMENT APPROACH FOR SECURING THE SMART IRRIGATION SYSTEMSIJNSA Journal
The smart irrigation system represents an innovative approach to optimize water usage in agricultural and landscaping practices. The integration of cutting-edge technologies, including sensors, actuators, and data analysis, empowers this system to provide accurate monitoring and control of irrigation processes by leveraging real-time environmental conditions. The main objective of a smart irrigation system is to optimize water efficiency, minimize expenses, and foster the adoption of sustainable water management methods. This paper conducts a systematic risk assessment by exploring the key components/assets and their functionalities in the smart irrigation system. The crucial role of sensors in gathering data on soil moisture, weather patterns, and plant well-being is emphasized in this system. These sensors enable intelligent decision-making in irrigation scheduling and water distribution, leading to enhanced water efficiency and sustainable water management practices. Actuators enable automated control of irrigation devices, ensuring precise and targeted water delivery to plants. Additionally, the paper addresses the potential threat and vulnerabilities associated with smart irrigation systems. It discusses limitations of the system, such as power constraints and computational capabilities, and calculates the potential security risks. The paper suggests possible risk treatment methods for effective secure system operation. In conclusion, the paper emphasizes the significant benefits of implementing smart irrigation systems, including improved water conservation, increased crop yield, and reduced environmental impact. Additionally, based on the security analysis conducted, the paper recommends the implementation of countermeasures and security approaches to address vulnerabilities and ensure the integrity and reliability of the system. By incorporating these measures, smart irrigation technology can revolutionize water management practices in agriculture, promoting sustainability, resource efficiency, and safeguarding against potential security threats.
Optimizing Gradle Builds - Gradle DPE Tour Berlin 2024Sinan KOZAK
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Introduction- e - waste – definition - sources of e-waste– hazardous substances in e-waste - effects of e-waste on environment and human health- need for e-waste management– e-waste handling rules - waste minimization techniques for managing e-waste – recycling of e-waste - disposal treatment methods of e- waste – mechanism of extraction of precious metal from leaching solution-global Scenario of E-waste – E-waste in India- case studies.
Redefining brain tumor segmentation: a cutting-edge convolutional neural netw...IJECEIAES
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precisely delineate tumor boundaries from magnetic resonance imaging (MRI)
scans holds profound implications for diagnosis. This study presents an ensemble convolutional neural network (CNN) with transfer learning, integrating
the state-of-the-art Deeplabv3+ architecture with the ResNet18 backbone. The
model is rigorously trained and evaluated, exhibiting remarkable performance
metrics, including an impressive global accuracy of 99.286%, a high-class accuracy of 82.191%, a mean intersection over union (IoU) of 79.900%, a weighted
IoU of 98.620%, and a Boundary F1 (BF) score of 83.303%. Notably, a detailed comparative analysis with existing methods showcases the superiority of
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image analysis and enhance healthcare outcomes. This research paves the way
for future exploration and optimization of advanced CNN models in medical
imaging, emphasizing addressing false positives and resource efficiency.
International Conference on NLP, Artificial Intelligence, Machine Learning an...gerogepatton
International Conference on NLP, Artificial Intelligence, Machine Learning and Applications (NLAIM 2024) offers a premier global platform for exchanging insights and findings in the theory, methodology, and applications of NLP, Artificial Intelligence, Machine Learning, and their applications. The conference seeks substantial contributions across all key domains of NLP, Artificial Intelligence, Machine Learning, and their practical applications, aiming to foster both theoretical advancements and real-world implementations. With a focus on facilitating collaboration between researchers and practitioners from academia and industry, the conference serves as a nexus for sharing the latest developments in the field.
Embedded machine learning-based road conditions and driving behavior monitoringIJECEIAES
Car accident rates have increased in recent years, resulting in losses in human lives, properties, and other financial costs. An embedded machine learning-based system is developed to address this critical issue. The system can monitor road conditions, detect driving patterns, and identify aggressive driving behaviors. The system is based on neural networks trained on a comprehensive dataset of driving events, driving styles, and road conditions. The system effectively detects potential risks and helps mitigate the frequency and impact of accidents. The primary goal is to ensure the safety of drivers and vehicles. Collecting data involved gathering information on three key road events: normal street and normal drive, speed bumps, circular yellow speed bumps, and three aggressive driving actions: sudden start, sudden stop, and sudden entry. The gathered data is processed and analyzed using a machine learning system designed for limited power and memory devices. The developed system resulted in 91.9% accuracy, 93.6% precision, and 92% recall. The achieved inference time on an Arduino Nano 33 BLE Sense with a 32-bit CPU running at 64 MHz is 34 ms and requires 2.6 kB peak RAM and 139.9 kB program flash memory, making it suitable for resource-constrained embedded systems.
Harnessing WebAssembly for Real-time Stateless Streaming PipelinesChristina Lin
Traditionally, dealing with real-time data pipelines has involved significant overhead, even for straightforward tasks like data transformation or masking. However, in this talk, we’ll venture into the dynamic realm of WebAssembly (WASM) and discover how it can revolutionize the creation of stateless streaming pipelines within a Kafka (Redpanda) broker. These pipelines are adept at managing low-latency, high-data-volume scenarios.
1. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-1
Building ONOS Cluster in top of openSUSE
openSUSE.Asia Summit 2019
Zufar Dhiyaulhaq
Open Networking Foundation
October 16, 2019
cbna
2. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-2
Self Introduction
• Zufar Dhiyaulhaq
• ONF ambassador
• Cloud Engineer @ Btech
• Undergraduate Student @ Telkom University
3. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-3
ONF: Operator Led Consortium
4. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-4
Operator Led - Curated Open
Source Community
5. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-5
CORD - Next Generation Edge
Cloud Platform
6. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-6
Reference Design Strategy
7. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-7
ONF Solutions
8. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-8
Software-Defined Networking
The physical separation of the network control plane from the
forwarding plane, and where a control plane controls several
devices.
• Directly Programmable
• Agile
• Centrally Managed
• Programmatically Configured
• Open Standards-Based and Vendor-Neutral
9. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-9
Software-Defined Networking
10. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-10
Introduction to ONOS
Open Network Operating System (ONOS) is an open source
SDN network operating system. Our mission is to enable
Service Providers to build real SDN/NFV Solutions.
11. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-11
Architectural principles
• High-availability, scalability and performance
• Strong abstractions and simplicity to develop apps and
solutions
• Protocol and device behaviour independence
• Separation of concerns and modularity
12. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-12
Retrospective
• In the last 12 months, ONOS had the following releases
• 1.14 (Owl), 1.15 (Peacock), 2.0.0 (Quail), 2.1.0 (Raven),
2.2.0 (Sparrow)
• ONOS community continued to add apps, device drivers,
etc.
• New SB APIs for NG SDN & Stratum
• GUI rewrite using Angular 7 and TypeScript
13. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-13
Where we are now
• ONOS provides a stable platform with nice characteristics:
• easy app development
• SDK, etc.
• easy deployment as a distributed Cluster
• Docker containers, Kubernetes, etc.
• super-fast
• lots of existing apps and extensions
• support for both legacy protocols and next-gen SDN
interfaces
14. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-14
Where we are now
• ONOS architecture also has some caveats and limitations:
• apps limited to Java or JVM-based languages
• e.g. Scala, Jython, Groovy
• limited isolation mechanism
• core & apps share same resources
• horizontal app/service scaling is difficult
15. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-15
NG ONOS Architectural Tenets
• Use gRPC-centric interfaces
• gNMI, gNOI, P4Runtime, OpenConfig, etc.
• Follow micro-services principles
• horizontal scaling of services, support for tenant apps, etc.
• Rely on existing orchestration platforms
• e.g. Kubernetes, Helm charts
• Allow components written in different languages (Java,
Go, Python, etc.)
16. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-16
Use Cases
• Interconnecting SDN network with traditional network
using SDN-IP
• SONA: DC Network Virtualization
• CORD: Central Office re-architected as a Datacenter
• Virtual Private LAN Service (VPLS)
• more uses cases in wiki.onosproject.org
• or you can create your uses cases!
17. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-17
ONOS Clustering
• The Owl release (1.14) features a new architecture which
physically decouples cluster management, service
discovery, and persistent data storage from the ONOS
nodes themselves.
• These functions are now the responsibility of a separate
Atomix cluster.
18. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-18
ONOS Distributed Architecture
• Distributed
• Set up as a cluster of instances
• Symmetric
• Each instance runs identical software and configuration
• Fault-tolerant
• Cluster remains operational in the face of node failures
• Location Transparent
• A client can interact with any instance. The cluster
presents the abstraction of a single logical instance
• Dynamic
• The cluster can be scaled up/down to meet usage demands
19. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-19
ONOS Clustering
20. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-20
How Devices connect
21. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-21
How Devices connect
22. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-22
How Devices connect
23. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-23
How Devices connect
24. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-24
Clustering
Demo
25. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-25
ONOS Cluster commands
• Entering ONOS management
/opt/onos/bin/onos
• Balancing Master
balance-masters
• Activate auto balance
app activate mlb
• Activate layout
app activate layout
• Change topology to access
topo-layout access
26. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-26
Slide & Automation script available on GitHub
bit.ly/ONOSopenSUSE
27. Building ONOS
Cluster in top of
openSUSE
Zufar
Dhiyaulhaq
Introduction
to ONF
Operator Led
CORD
Reference Design
Strategy
ONF Solutions
Introduction
to Software-
Defined
Networking
Introduction
to ONOS
Architectural
principles
Retrospective
Use Cases
Clustering
Devices Connection
Demo
Slides
27-27
Any Question?
contact me on zufar@onf-ambassador.org
linkedin Zufar Dhiyaulhaq
telegram @zufardhiyaulhaq