Natalia Chechina
One of the core authors of SD Erlang, lecturer in computing (Bournemouth University)
Natalia Chechina is passionate about distributed systems, cooperative robotics, scalability, fault tolerance, and as a result is in love with Erlang. Her research investigates approaches and techniques to enable scaling and efficient performance on commodity hardware where components are loosely coupled, communication is significant, and any of the components may fail or disconnect at any time.
Past Activities
Code BEAM STO V
16.45 - 17.25
Ask me anything about Research
Unmute yourself and ask the guest any question about his work you like.
Code BEAM STO V
13.10 - 13.55
Unite and conquer
TALK LEVEL: KEYNOTE
Divisions are popular in our days often comparing “them” and “us”: be it research vs industry, men vs women, Erlang vs Elixir... but unity is what makes us stronger and enables us to aim for new horizons.
In this talk, Natalia, Laura, and Viktória will discuss their vision on creating fault-tolerant, scalable opportunities together to achieve diverse ambitions.
All BEAMers unite!
Code BEAM Lite Budapest
17.10 - 17.50
Research + Industry = Inspiration
Erlang has been inspiring research and industry from its first days – and is itself a result of successful application of research and industrial practices. In this talk we will explore what makes Erlang an exciting topic for collaboration between industry and academia, Erlang’s attractiveness to researchers and talk about transformation of research ideas into companies. We’ll also discuss ways of getting involved in research.
Code Mesh LDN
13.40 - 14.25
Capability-driven requirements engineering
In this talk, Natalia would like to share findings and application of capability driven approach designed to enable informative system transformations.
When planning for changes and improvements – and scale in particular -- we need to consider not only code to be updated but the whole ecosystem: people, code, resources. The capability-driven approach is a systematic, analytical, and traceable approach to requirements engineering. The approach was validated in a number of industrial-size application and is not limited to a particular area.
THIS TALK IN THREE WORDS
Enhancing
Complex
Systems
OBJECTIVES
Introduce a new approach to plan and track system changes.
TARGET AUDIENCE
Those who want to have a comprehensive understanding of their systems.
Code Mesh LDN 2018
14.30 - 15.15
Co-operative robots sharing the load
In this talk, Natalia will share the idea behind, and features of, Autonomous Mobile Programs (AMPs). Autonomous Mobile Programs are mobile agents that are aware of there resource needs, sensitive to their execution environment, and periodically relocate to reduce their completion time. AMPs previously have been evaluated on a small LAN, then simulated, and now we have explored their potential on a group of Raspberry Pi robots introducing fault tolerance.
OBJECTIVES
To introduce a new idea of sharing computation load and utiliSing available resources.
TARGET AUDIENCE
Those who might be interested in resource utilisation.