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Baadal is a management and orchestration software for the IITD private cloud for high performance computing based on: 32 blade servers each with 48 core Intel(R) Xeon(R) CPU E5-2680 v3 @ 2.50GHz and 377 GB RAM.
IIT Delhi. Faculty: Huzur Saran, Subhashish Banerjee, Sorav Bansal. Project Associates: Jyoti Saini, Kanika Shridhar, Keerti Agrawal, M. Asad, Nalini Varshney, Paritosh Puri, Prateek Gautam, Sonal Swarnima, Suvajit Sarkar.
Baadal is a cloud based IaaS platform, with a specially designed workflow for academic institutions. Baadal takes into account entities like courses/projects and users like students and instructors to create a workflow specially suited for academic environments.
Baadal is a multi-tenant implementation, which means that different organizations are protected from each other from network and system-level security attacks. User chooses a security domain at time of creation of VM.
Baadal. Baadal is a cloud orchestration software for academic and scientific environments. It is based on open technologies like Linux, KVM, libvirt, OpenVSwitch, Apache, MySQL, and web2py. Workflows are implemented expected in academic and research environments, where a user or student can request a VM, a faculty supervisor can approve it, and ...
Baadal. Huzur Saran, Subhashish Banerjee, Sorav Bansal. Baadal is a cloud orchestration software for academic and scientific environments. It is based on open technologies like Linux, KVM, libvirt, OpenVSwitch, Apache, MySQL, and web2py.
Baadal is a cloud orchestration software for academic and scientific environments. It is based on open technologies like Linux, KVM, libvirt, OpenVSwitch, Apache, MySQL, and web2py. Workflows are implemented expected in academic and research environments, where a user or student can request a VM, a faculty supervisor can approve it, and an ...
IIT Delhi Abstract. In this work, we discuss the design and implementation of an academic cloud service, which we call Baadal. Tailored for academic and research requirements, Baadal bridges the gap between a private cloud and the requirements of an institution where request patterns and infrastructure are quite di erent from commercial settings.
In this paper, we discuss our experience with setting up a private cloud infrastruc-ture at the Indian Institute of Technology (IIT) Delhi, which has around 8000 students, 450 faculty members, more than 1000 workstations, and around a hun-dred server-grade machines to manage our IT infrastructure.
Users can request for containers by logging on to https://docker.iitd.ac.in/baadal. While making a request users will have to specify the number of CPUs and RAM. The CPU constraints on containers are imposed only when there was a competition for resources among containers. The Memory constraints are hard limits.
