User:OmarKassem/Proposal - Revision history

OmarKassem: /* Pre-GSoC */

2019-04-20T00:52:31Z

Pre-GSoC

OmarKassem at 10:02, 9 April 2019

2019-04-09T10:02:13Z

OmarKassem: /* Project Idea */

2019-04-09T08:46:13Z

Project Idea

OmarKassem at 08:45, 9 April 2019

2019-04-09T08:45:17Z

OmarKassem at 01:46, 9 April 2019

2019-04-09T01:46:04Z

OmarKassem: /* Work plan */

2019-04-09T01:44:29Z

Work plan

OmarKassem at 01:43, 9 April 2019

2019-04-09T01:43:44Z

OmarKassem: /* Coding Challenge */

2019-04-09T01:42:46Z

Coding Challenge

OmarKassem: /* Coding Challenge */

2019-04-09T01:42:17Z

Coding Challenge

OmarKassem: /* Coding Challenge */

2019-04-09T01:41:32Z

Coding Challenge

@@ Line 71: / Line 71: @@
 ==== Pre-GSoC ====
-- Investigating more about Apertium and studying how Apertium process the data stream across the modules.
+- Investigating more about Apertium and studying how Apertium process the data stream across the modules.<br/>
-- Contacting with the mentors to know more about the MorphTrans-style
+- Contacting with the mentors to know more about the MorphTrans-style <br/>
 - Learning to use XSLT stylesheet.

@@ Line 24: / Line 24: @@
 === Last Year GSoC ===
-I then applied to classical language tool-kit project (cltk)[http://cltk.org/] to enhance Arabic support and adding new functionalities (e.g. Word segmenter, Lemmatization, Part-of-speech tagging, etc.) and that was my proposal[https://docs.google.com/document/d/1HHyKsx1oM0I1Y5kQOAMr7fzdTFovg1Olf1ztoxKCh3s/edit?usp=sharing] but Unfortunately I wasn't accepted in the program.
+I had applied to classical language tool-kit project (cltk)[http://cltk.org/] to enhance Arabic support and adding new functionalities (e.g. Word segmenter, Lemmatization, Part-of-speech tagging, etc.) and that was my proposal[https://docs.google.com/document/d/1HHyKsx1oM0I1Y5kQOAMr7fzdTFovg1Olf1ztoxKCh3s/edit?usp=sharing] but Unfortunately I hadn't been accepted in the program.
 This year I will apply in this task only.
-=== Experience ===
-==== Industry ====
-Last summer I was a IOS developer intern in InovaEg(company here in Alex). I was working on adding new features for Ummahlink IOS app using Swift programming
-language.
-==== Online courses ====
-I finished udacity's machine-learning nano-degree which is a six-months program and this is the Certificate[https://confirm.udacity.com/LMDXL4AD]. In this program I mastered Supervised, Unsupervised, Reinforcement, and Deep Learning fundamentals.
 === Why interested in apertium ? ===
@@ Line 65: / Line 51: @@
-Round trip check tool will be used to convert from text to xml and then xml back to text or vice-versa to validate there is no error during the conversion from one form to another.
+- Round trip check tool will be used to convert from text to xml and then xml back to text or vice-versa to validate there is no error during the conversion from one form to another.
-Also the Makefiles will be edited so the compilers will run to compile the new files once they are updated to convert them to the other formate (e.g XML)
+- Also the Makefiles will be edited so the compilers will run to compile the new files once they are updated to convert them to the other formate (e.g XML)
 === Coding Challenge ===
 I have successfully completed the challenge. I wrote a parser to convert *.mode shell-scripts fragment into a modes.xml file.<br/>
-The code is available on Github.[https://github.com/omarahmed10/Apertium_Coding_challenge GitHub Link]
+The code is available on Github.[https://github.com/omarahmed10/Apertium_Coding_challenge]
 === Why google and apertium should sponsor it ? ===
@@ Line 84: / Line 70: @@
 ==== Pre-GSoC ====
-{| class="wikitable" border="1"
+- Investigating more about Apertium and studying how Apertium process the data stream across the modules.
-|-
+- Contacting with the mentors to know more about the MorphTrans-style
-| Week 1
+- Learning to use XSLT stylesheet.
-(From April 9 - To April 11)
-|
-Continue working on the coding challenge.
-|}
 ==== First milestone ====
 I will start working on the task early (typically I will start coding on May 6 once google announce the results to save time as my final exams will start on May 27 to June 20 ).
 {| class="wikitable" border="1"
@@ Line 195: / Line 179: @@
 === Other summer plans ===
-Google Summer of Code would be my main plan for the whole summer. For the first phase of GSoC I will be taking my exams so I will finish most of the work in the community bonding phase. For the rest of GSoC I'll be able to dedicate around 30 to 40 hours that week to the project.
+Google Summer of Code would be my main plan for the whole summer.<br/>
+For the first phase of GSoC I will be taking my exams so I will finish most of the work in the community bonding phase.<br/>
+For the rest of GSoC I'll be able to dedicate around 30 to 40 hours that week to the project.

@@ Line 46: / Line 46: @@
 == Project Idea ==
+=== Code/Plain-text formats for Apertium data ===
 The MT strategy used in the system is a classical shallow-transfer or transformer system consisting of an 8-module assembly line. To ease diagnosis and independent testing, modules communicate between them using text streams. This allows for some of the modules to be used in isolation, independently from the rest of the MT system, for other natural language processing tasks.
@@ Line 77: / Line 80: @@
 === How and who will it benefit in society ? ===
 Changing the format of the dictionaries and the structure transfer rules will allow the linguist to focus on describing the lexicon and morphology of the language in question in a simple format and frees him or her of having to think as a programmer.
 == Schedule ==

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-=== Project Idea ===
+== Project Idea ==
 The MT strategy used in the system is a classical shallow-transfer or transformer system consisting of an 8-module assembly line. To ease diagnosis and independent testing, modules communicate between them using text streams. This allows for some of the modules to be used in isolation, independently from the rest of the MT system, for other natural language processing tasks.
@@ Line 80: / Line 80: @@
-=== Schedule ===
+== Schedule ==
 ==== Pre-GSoC ====

@@ Line 80: / Line 80: @@
+=== Schedule ===
-=== Work plan ===
-== Schedule ==
 ==== Pre-GSoC ====

← Older revision		Revision as of 01:43, 9 April 2019
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	== Project Idea ==		=== Project Idea ===
	The MT strategy used in the system is a classical shallow-transfer or transformer system consisting of an 8-module assembly line. To ease diagnosis and independent testing, modules communicate between them using text streams. This allows for some of the modules to be used in isolation, independently from the rest of the MT system, for other natural language processing tasks.		The MT strategy used in the system is a classical shallow-transfer or transformer system consisting of an 8-module assembly line. To ease diagnosis and independent testing, modules communicate between them using text streams. This allows for some of the modules to be used in isolation, independently from the rest of the MT system, for other natural language processing tasks.