ErlangPro aims to simplify the lifecycle of Erlang applications by automating deployment and configuration. It generates virtual appliances with Erlang/OTP and management tools. This allows single-image deployment to clouds or clusters, with centralized monitoring and automated actions. The goal is to reduce costs and improve usage of Erlang in distributed systems.
The document contains a series of questions about various topics such as subjects in school, holidays, time, food, TV shows and festivals. It asks the reader to identify things like their favorite subject, birthdays, months of the year, times on clocks and ordinal numbers. It also prompts the reader to provide information about holidays like Christmas, Halloween and Valentine's Day.
Erlang On Xen @ Kiev Functional Programming event, Aug 3 2013Viktor Sovietov
Erlang on Xen provides a platform for running Erlang programs directly on the Xen hypervisor without an operating system. This allows for highly elastic services with ephemeral servers that start up within 4-5 milliseconds. It enables autonomous clouds where applications can manage resources themselves without tools like Chef or Puppet. It also allows data-local computations by spawning processing instances close to data for scanning queries. A demo showed a 1000-node Erlang cluster being spawned where each node spawns a new node, shares data over 9p, and then destroys itself after 3 seconds.
Erlang on Xen: Redefining the cloud software stackViktor Sovietov
This document summarizes a presentation about Erlang on Xen and new approaches to cloud software stacks. It introduces Erlang on Xen as a new Erlang runtime that runs without an operating system and is optimized for low startup latency. It then outlines 7 "commandments" of new cloud software, including running computations near data and avoiding administration. Two potential projects are described: developing a Dom0 based on Erlang on Xen, and evaluating all web scripts inside separate Xen domains for increased security and performance.
ErlangPro aims to simplify the lifecycle of Erlang applications by automating deployment and configuration. It generates virtual appliances with Erlang/OTP and management tools. This allows single-image deployment to clouds or clusters, with centralized monitoring and automated actions. The goal is to reduce costs and improve usage of Erlang in distributed systems.
The document contains a series of questions about various topics such as subjects in school, holidays, time, food, TV shows and festivals. It asks the reader to identify things like their favorite subject, birthdays, months of the year, times on clocks and ordinal numbers. It also prompts the reader to provide information about holidays like Christmas, Halloween and Valentine's Day.
Erlang On Xen @ Kiev Functional Programming event, Aug 3 2013Viktor Sovietov
Erlang on Xen provides a platform for running Erlang programs directly on the Xen hypervisor without an operating system. This allows for highly elastic services with ephemeral servers that start up within 4-5 milliseconds. It enables autonomous clouds where applications can manage resources themselves without tools like Chef or Puppet. It also allows data-local computations by spawning processing instances close to data for scanning queries. A demo showed a 1000-node Erlang cluster being spawned where each node spawns a new node, shares data over 9p, and then destroys itself after 3 seconds.
Erlang on Xen: Redefining the cloud software stackViktor Sovietov
This document summarizes a presentation about Erlang on Xen and new approaches to cloud software stacks. It introduces Erlang on Xen as a new Erlang runtime that runs without an operating system and is optimized for low startup latency. It then outlines 7 "commandments" of new cloud software, including running computations near data and avoiding administration. Two potential projects are described: developing a Dom0 based on Erlang on Xen, and evaluating all web scripts inside separate Xen domains for increased security and performance.
ЮРІЙ СЕРДЮК «Патерни проектування в автоматизації. Практичний досвід з Python...
Software Construction (Puyul)
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3. Із курсом “Конструювання програмного забезпечення” студенти ознайомлюються після вивчення наступних професійно-орієнтованих дисциплін: 1. Програмування; 2. Дискретна математика; 3. Дискретні структури; 4. Алгоритми та структури даних; 5. Об'єктно-орієнтоване програмування (чит. в 3-му і 4-му семестрах); 6. Групова динаміка; 7. Основи програмної інженерії (читається в 3-му і 4-му семестрах); 8. Професійна практика програмної інженерії (читається паралельно); 9. Людино-машинний інтерфейс (читається паралельно); 10. Архітектура комп'ютера.
4. Нижче подано перелік дисциплін, що будуть читатися після к урсу “Конструювання програмного забезпечення”, певним чином залежні від нього або перетинаються із ним: 1. Операційні системи; 2. Розподілені обчислення; 3. Архітектура та проектування програмного забезпечення; 4. Аналіз вимог до програмного забезпечення; 5. Якість програмного забезпечення; 6. Проектний практикум; 7. Менеджмент проектів програмного забезпечення; 8. Моделювання програмного забезпечення; 9. Безпека програм та даних.
![Конструювання програмного забезпечення (Software Construction) ,[object Object],Дана робоча програма базується на IEEE Guide to the Software Engineering Body of Knowledge - SWEBOK, 2004.](https://image.slidesharecdn.com/softwareconstructionpuyul-091218184011-phpapp01/85/Software-Construction-Puyul-1-320.jpg)
![Дисципліна читається студентам ІІ курсу спеціальності «Програмне забезпечення автоматизованих систем» у 4 семестрі. ,[object Object],[object Object],[object Object],[object Object]](data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7)