papers-ieee

LaTeX Templates and drafts of misc papers for IEEE

See also:

• LaTeX templates instructions
• Template source - it is also stored in ./examples.

In development (looking for co-authors!)

• DRAFT: Multi-Cloud Edge Computing Challenges (Short Positioning Document)

To become a co-author, please contribute for the following topics:

• Clarify why geo-replicated causal consistent data stores match the fog computing environments.
• Bring a concrete NF application example to motivate key challenges and articulate why geo-replicated causal consistent data stores are the solution that should also become a unified Replication-as-a-Service solution.
• Aside of data stores, elaborate on: resource management (Day 1 and Day 2 operations), high availability, extensibility, and robustness.
• Bring another example of a distributed app (using micro-services) to fit those uncovered areas. It should also illustrate the orthogonal to data stores approach, wihch is relying on causality among API-to-API communications being propagated through an example replication topology).
• Make it human readable :-)

Thank you all who has provided such valuable feedback via blind reviews!

TeX build steps

Debian OS family:

# apt install texlive-science texlive-latex-base gv
# pdflatex foo.tex

Build via a container

# docker run --rm -it -v $(pwd):/home danteev/texlive:TL2017 \
    texliveonfly -c latexmk -a "-pdf -f -synctex=0" foo.tex

Beware, it gets quite a fat image of a 6G, it may be faster for you to build it locally by hand:

# git clone https://github.com/dante-ev/docker-texlive
# cd docker-texlive
# docker build .

Live update for compiled pdf

Use gv -watch foo.pdf.

Build a ps file to convert it into PDF online

# docker run --rm -it -v $(pwd):/home bogdando/texlive latexmk -ps foo.tex

Then convert the resulting PS file to a PDF with an online converter, like this one. Note, not an each converter works well for EDAS system...