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personal:portfolio:home [2014/05/27 14:18] antonello [AgriRegioniEuropa Journal] |
personal:portfolio:home [2019/01/02 13:58] antonello |
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For a list of academic publications refer [[: | For a list of academic publications refer [[: | ||
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+ | ===== Vcat: Cut and merge video segments ===== | ||
+ | Python script to cut and merge video segments in a easy-to-use interface (useful when you discover in a one hours filmed lesson you said something idiot on minute X ;-) ) | ||
+ | **Skills**: python, ffmpeg, moviepy\\ | ||
+ | **Year**: 2019\\ | ||
+ | [[vcat-script|=> | ||
+ | |||
+ | ===== Computational and file server ===== | ||
+ | Installation and management (with periodic backups and security management) of a server primarily intended for computational needs for my research group (RStudio [R], JupyterHub [R, Python, Julia]) but used also for cloud document management (NextCloud, LibreOffice online), online surveys (LimeSurvey) and didactic repository support (Moodle)\\ | ||
+ | **Skills**: Advanced OS administration\\ | ||
+ | **Year**: 2017\\ | ||
+ | [[https:// | ||
+ | |||
+ | ===== MultiDimEquations Julia package ===== | ||
+ | Allows to write multi-dimensional equations in Julia using an easy and compact syntax .\\ | ||
+ | **Skills**: Metaprogramming, | ||
+ | **Year**: 2017\\ | ||
+ | [[https:// | ||
+ | |||
+ | |||
+ | ===== OdsIO Julia package ===== | ||
+ | A Julia language package to import and export data in the OpenDocument spreadsheet format (ods).\\ | ||
+ | **Skills**: Julia package management\\ | ||
+ | **Year**: 2017\\ | ||
+ | [[https:// | ||
+ | |||
+ | |||
+ | ===== Julia concise tutorial ===== | ||
+ | A Julia language tutorial, aimed at people already practice in other programming languages.\\ | ||
+ | **Skills**: Julia language, GitBook\\ | ||
+ | **Year**: 2017\\ | ||
+ | [[https:// | ||
+ | |||
+ | ===== CAP elearning platform ===== | ||
+ | A large elearning platform for the reformed Common Agricultural Policy in Europe.\\ | ||
+ | **Skills**: Moodle, Multilingual site, complete OS administration, | ||
+ | **Year**: 2013\\ | ||
+ | [[https:// | ||
+ | |||
+ | ===== Rsync Python script ===== | ||
+ | A Python script to wrap rsync to have rolling backups for the latest n days, deleting the old ones. Nice because in this approach rsync uses hard links to build incremental backups that appear as full backups.\\ | ||
+ | **Skills**: rsync\\ | ||
+ | **Year**: 2014\\ | ||
+ | [[rsync-python-script|=> | ||
+ | |||
+ | |||
+ | ===== PortOpt ===== | ||
+ | A C++ program (with Python binding) implementing the Markowitz(1952) [[http:// | ||
+ | **Skills**: portfolio optimisation, | ||
+ | **Year**: 2014\\ | ||
+ | [[portopt|=> | ||
+ | |||
+ | ===== FinWeb ===== | ||
+ | A web tool developed for the European Forest Institute designed to help users to evaluate forest investment projects, returning indications on their profitability both on a financial point of view and on an whole economic point of view (when externalities - or non-monetary effects - are priced and taken into account).\\ | ||
+ | Projects can be kept private by users or can be shared so that a database of forest projects is built using a bottom-up approach. The site is completed with a glossary and is full transparent in the way financial variables (net present value, internal rate of return, ec..) are computed as the raw PHP code is publicly available.\\ | ||
+ | **Skills**: Drupal (several modules including openlayer and writing your own module)\\ | ||
+ | **Year**: 2013\\ | ||
+ | [[http:// | ||
===== customSampler 2D ===== | ===== customSampler 2D ===== | ||
- | A fast and precise sampler over a custom defined probability distribution in the form of a stand-alone program.\\ | + | A fast and precise sampler |
For example, you may have various regions and tree species and you want to randomly sample 100 cases in each region according to their probability of presence in each region. Or you may have cities and age groups and you want to sample 50 cases according with the share of each age class in the various cities.\\ | For example, you may have various regions and tree species and you want to randomly sample 100 cases in each region according to their probability of presence in each region. Or you may have cities and age groups and you want to sample 50 cases according with the share of each age class in the various cities.\\ | ||
**Usage**: unzip and run from dos (Windows) or terminal (Linux). Read the REDME.txt or type " | **Usage**: unzip and run from dos (Windows) or terminal (Linux). Read the REDME.txt or type " | ||
**Skills**: C++\\ | **Skills**: C++\\ | ||
- | **Year**: | + | **Year**: |
{{: | {{: | ||
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**Skills**: Several Drupal modules and API\\ | **Skills**: Several Drupal modules and API\\ | ||
**Year**: 2013\\ | **Year**: 2013\\ | ||
- | [[http://agriregionieuropa.univpm.it|=> | + | [[agriregionieuropa|=> |
===== CRA " | ===== CRA " | ||
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**Skills**: Drupal\\ | **Skills**: Drupal\\ | ||
**Year**: 2010\\ | **Year**: 2010\\ | ||
- | [[http:// | + | [[eaae_seminar|=> |
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**Skills**: python\\ | **Skills**: python\\ | ||
**Year**: 2006\\ | **Year**: 2006\\ | ||
- | [[txt2csv|=> | + | [[txt2csv|=> |
===== Esami di Stato ===== | ===== Esami di Stato ===== |