This project focuses on the design, development, and validation of an autonomous implantable device for human-wildlife conflict (HWC) management. The device is engineered to provide immediate immobilization of habitual wildlife trespassers (e.g., big cats, elephants, hippopotami) when they cross a pre-defined virtual geofence boundary [cite: 10, 11]. This technology aims to shift HWC management from reactive to proactive, reducing casualties and property damage [cite: 13, 55].
Research_Propasal.tex: The main LaTeX source file for the research proposal.references.bib: BibTeX database managed via JabRef containing all cited literature..gitignore: Configuration to exclude LaTeX auxiliary files (e.g.,.aux,.log,.pdf) from version control.
The research integrates several technological domains:
- GPS/GSM Telemetry: Real-time tracking and geofence boundary detection [cite: 42, 44].
- BioMEMS: Biocompatible implantable architectures for drug delivery [cite: 45, 48].
- Autonomous Control: Closed-loop systems for sensor-triggered drug release [cite: 47, 56].
- Refillable Systems: Robotic drug reservoirs that can be refilled non-invasively [cite: 46, 177].
To generate the proposal PDF, use a LaTeX compiler with BibTeX support:
pdflatex Research_Propasal.texbibtex Research_Propasal.auxpdflatex Research_Propasal.texpdflatex Research_Propasal.tex
All citations are managed in references.bib and use the unsrtnat style in the final document. Key literature includes studies on HWC in Kenya [cite: 21, 231], satellite telemetry in India [cite: 109, 228], and autonomous medical implants [cite: 191, 244].