Building Mnemonic Repository
As an avid reader with a focus on science and technology, particularly
electronics and computer science, I allocate dedicated time daily to
this intellectual pursuit. Traditionally, I meticulously record my
thoughts in a physical notebook or employ the powerful organizational
features of Emacs org-mode. While this approach has served me
effectively over an extended period, the inherent challenge lies in
the time-consuming task of navigating through accumulated notes,
impeding the overall reading process.
To address this bottleneck, when perusing PDFs on my computer’s
extended big display, I employ a highlighter tool to accentuate
pertinent information. Despite these efforts, the desire to enhance
the efficiency of my reading experience has persistently driven me to
explore various methods, none of which have yielded complete
satisfaction.
Recognizing the need for a more streamlined approach to assimilating
and retaining information, I am actively investigating innovative
solutions that leverage modern technologies to expedite my reading
workflow. Whether through advanced text analysis algorithms or
tailored applications, my quest as a computer scientist is to augment
comprehension and synthesis of knowledge, ultimately optimizing the
assimilation of insights from my scholarly endeavors.
In my quest for efficient information retention, I’ve adopted a
pragmatic approach by leveraging the convenience of a smartphone. I
capture relevant information through images, considering it a facile
and portable tool for this purpose. Upon concluding the image capture
phase, I transfer the collected images to a computer, where I execute
a Python script to seamlessly convert them into a cohesive PDF
document.
The script, accessible at
https://github.com/mnjagadeesh/utilities/blob/main/imgtopdf.py,
intricately utilizes the os.walk() method. This method traverses the
file system, systematically cataloging files in the order of their
creation. Consequently, the resultant PDF mirrors this chronological
sequence, aligning with the temporal progression of the captured
images. This meticulous orchestration ensures that the first image
chronologically ascends to the preeminent position within the PDF,
establishing a logical and organized structure in the final document.
In my reading endeavors, I employ Calibre as a versatile tool, not
only for perusing content but also for the seamless conversion of
documents into EPUB format. The multifaceted capabilities of Calibre
facilitate a fluid reading experience, offering a comprehensive
solution for managing and transforming digital texts. If you find this
approach conducive to your preferences or requirements, do let me
know, as I am keen to share insights and assist in optimizing your
reading workflow with this proficient tool.
