Glaucoma is a condition characterized by outlandish fluid humor in the eye, driving to raised intraocular weight that can cause harm to the optic nerve. Current medicines for glaucoma are not exceedingly compelling and may have noteworthy side impacts. Checking intraocular weight in real-time and with exactness is significant, especially for patients with serious glaucoma. Subsequently, the advancement of wearable gadgets for ceaseless and exact intraocular weight checking is a promising approach for diagnosing and treating glaucoma. In any case, existing intraocular weight estimation and observing advances confront challenges in terms of scope, precision, control devouring, and adroitness, which restrain their appropriateness for glaucoma patients. To address these needs, this think about centers on the plan and creation of an implantable, adaptable intraocular weight sensor able of long-term ceaseless observing. This inquire about explores the working guideline, basic plan, manufacture handle, estimation and control framework, characterization, and execution testing of the intraocular weight sensor. This investigate holds noteworthy significance with respect to accomplishing personalized and precise treatment for glaucoma patients. Expectations are embraced utilizing Irregular Timberland, and comes about are gotten. Arbitrary woodland has the most elevated exactness when compared with other state-of-the-art models.
Article Details
Unique Paper ID: 162878
Publication Volume & Issue: Volume 10, Issue 11
Page(s): 288 - 294
Article Preview & Download
Share This Article
Join our RMS
Conference Alert
NCSEM 2024
National Conference on Sustainable Engineering and Management - 2024