Highlights

Notable findings,
with their sources.

Every figure on this page traces to a specific statement in the published record, the faculty page, or the project documentation.

Funding: ₹570 L
Citations: 49
Publications: 9
Instruments: 4

5×

Better image detail and quality

Using cadmium zinc telluride to build a room-temperature mobile gamma camera produced diagnostic images five times better in terms of image details and quality.

SSSIHL faculty record

10×

Cheaper than the market

SAI-GC is ten times cheaper than most of the devices available in the market: the consequence of building every component indigenously.

SSSIHL faculty record

288×

MLEM reconstruction speed-up

A parallel architecture on a Xilinx Virtex-7 VC709 FPGA, implemented through High-Level Synthesis, against optimised software on an Intel Xeon workstation.

IEEE Access, 2019

100%

Detection in cancer trials

SAIGC-Torch achieved 100% successful detection across oral, throat and breast cancer trials, correlating perfectly with gold-standard histopathology.

SAIGC-Torch programme

250%

Faster clinical post-processing

An ADSP-BF609 with embedded Pipelined Vision Processor accelerated Thyroid Uptake Ratio and Glomerular Filtration Rate calculations by 250%.

Hardware acceleration programme

2.17%

Equal Error Rate on VoxCeleb1

ECAPA-Lite with a novel lightweight prosody encoder, quantised to 1.57 MiB at INT8 for the ARM Cortex-A55: accuracy that survives compression.

Analog Devices programme

Distinctions

What had not been done before.

First-of-its-kind dual-modality probe

SAIGC-Torch is a first-of-its-kind, completely handheld navigational probe combining fluorescence and gamma imaging.

Indigenous end-to-end stack

Shielding technology, scintillators and AI-driven detection software all developed at SSSIHL.

Room-temperature CZT gamma camera

Direct conversion detection removes the scintillator-and-photomultiplier stack, collapsing the detector head depth.

Eliminating the histopathology wait

Live intraoperative validation replaces the three-to-four-day report cycle typical of traditional pathways.

Visual index

Sixteen figures.

Every diagram across the site, gathered. Each links back to the work it belongs to.

Bibliometrics

The citation record.

Retrieved from the verified Google Scholar profile in August 2026. The 2019 IEEE Access paper on FPGA acceleration accounts for the majority.

Google Scholar All publications

Citations

Since 2021

h-index

i10-index

Notable findings,with their sources.