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LESIA is responsible for the study and specification of on-ground data processing algorithms to derive light curves from PLATO observations. At this stage of the project, the main components of the on-ground data processing chains are identified, but the corresponding algorithms have to be studied in detail, evaluations of the expected performance have to be made, and the algorithms need to be translated into documentation that will be used to develop the data processing pipeline itself.
The successful candidate will join a team made up of several LESIA researchers and engineers involved in the PLATO space mission, and will benefit from the expertise of a team of researchers and engineers from different European countries (France, Portugal, Germany, United Kingdom) with solid experience in space missions CoRoT, Kepler and GAIA.
The position is initially for one year and is renewable for an additional year. The position is open at the earliest from 1st November 2020. The salary level corresponds to the CNRS IR (Ingenieur de Recherche) fixed-term contract salary scale and depends on the level of the diploma and experience. The successful candidate would work at the LESIA-Observatoire de Paris, at the Meudon site (92, Haut de Seine, France).
For more information, click the title of this news item.
The first major review of PSM activity, the L2/L3 Requirements Review, was closed-out on the 9th of March 2020.
This internal review, which was run completely by the PLATO Mission Consortium, assessed the requirements for the L2 & L3 data processing pipelines, the systems that take PLATO light curves and identify planetary candidates, confirm planetary systems, and derive stellar properties.
Although a large number of action items remain to be completed, this review is considered a success by all involved. Thank you to everyone who took part, in any capacity.
The first major review of PSM activity, the L2/L3 Requirements Review, successfully kicked-off on Friday 29th November. This internal review, which is run completely by the PLATO Mission Consortium and has only limited input from ESA, is assessing the requirements for the L2 & L3 data processing pipelines, the systems that take PLATO light curves and identify planetary candidates, confirm planetary systems, and derive stellar properties.
The initial phase of the review concludes on the 20th of December, and the review runs until the end of February 2020.
The LESIA (http://www.lesia.obspm.fr/) is strongly committed to PLATO, both in terms of embedded software, the specification of on-board and on-ground processing algorithms, and the scientific preparation of the mission. As part of the mission development phase, one of the tasks to be carried out concerns the study and specification of all on-ground algorithms. These specifications are indeed essential to begin with the development of the on-ground data processing chains. This work is conducted under the responsibility of the LESIA (respectively R. Samadi) in the framework of WP 32 (a component of the Plato Data Center, PDC). It involves many collaborators in close contact with the team responsible for the development of the on-ground software at the Max Planck Institute in Gottingen (Germany).
At this stage of the project, the main components of the on-ground data processing chains are identified. However, the corresponding algorithms have to be studied in detail and complete evaluations of the expected performances have to be made. Finally, it will be necessary to translate the algorithms, currently in the form of detailed specifications, into a set of documents on the basis of which the PLATO Data Center (PDC) team will then develop the codes and perform the validation and integration tests.
The PSM review of the onboard data processing algorithms continues.
Following the delivery of the final reports to the PDC Office and the Performance Team, the PSM Office have been working with those groups to address the action items arising from the reports. Several of these have now been closed, but there are some outstanding issues that urgently need attention. Of these, the most important is the question of scientific testing to show that the algorithms fulfil the mission's science requirements.
The PSM Office circulated an email update regarding this question, with information about how PSM members can contribute to this effort. Please get in touch via email if you have not received this.
Information, and a list of next steps, is available on the Reviews page of the Members-only area (click the title of this news item)