Pinned Repositories
moonshot
Moonshot: Because releasing services shouldn't be a moonshot!
aws-sdk-ruby
The official AWS SDK for Ruby.
spark-nlp
State of the Art Natural Language Processing
keycloak
Open Source Identity and Access Management For Modern Applications and Services
aws-sdk-ruby
The official AWS SDK for Ruby.
Mininet-Implementation-of-Cristian-s-Algorithm
Clock synchronization is carried out using Cristian`s algorithm, coded as python script and which is implemented in Mininet which is used for network virtualization.
moonshot
Moonshot: Because releasing services shouldn't be a moonshot!
Multiserver-Queueing-Model
This repository contains simulation of a multiserver queueing system for the given case "In a manufacturing system parts are being made at a rate of one every 6 minutes. They are two types A and B and are mixed randomly with about 10 percent of type B. A separate inspector is assigned to examine each type of parts. The inspection of a part takes a mean time of 4 minutes with a standard deviation of 2 minutes, but part B takes a mean time of 20 minutes and a standard deviation of 10 minutes. Both inspectors reject about 10% of the parts they inspect. Simulate the system for total of 50 type A parts accepted and determine , idle time of inspectors and average time a part spends in system."
Optimized-Distributed-Coordination
Skeleton of distributed coordination using zookeeper and avro
flair-bi
Flair BI - Open source Business Intelligence (BI) & Analytics platform
suvrat-joshi's Repositories
suvrat-joshi/aws-sdk-ruby
The official AWS SDK for Ruby.
suvrat-joshi/Mininet-Implementation-of-Cristian-s-Algorithm
Clock synchronization is carried out using Cristian`s algorithm, coded as python script and which is implemented in Mininet which is used for network virtualization.
suvrat-joshi/moonshot
Moonshot: Because releasing services shouldn't be a moonshot!
suvrat-joshi/Multiserver-Queueing-Model
This repository contains simulation of a multiserver queueing system for the given case "In a manufacturing system parts are being made at a rate of one every 6 minutes. They are two types A and B and are mixed randomly with about 10 percent of type B. A separate inspector is assigned to examine each type of parts. The inspection of a part takes a mean time of 4 minutes with a standard deviation of 2 minutes, but part B takes a mean time of 20 minutes and a standard deviation of 10 minutes. Both inspectors reject about 10% of the parts they inspect. Simulate the system for total of 50 type A parts accepted and determine , idle time of inspectors and average time a part spends in system."
suvrat-joshi/Optimized-Distributed-Coordination
Skeleton of distributed coordination using zookeeper and avro