F22RS SGB No. 6 (Biodegradable Confetti)

To appropriate $2000 for the purchase of 8 boxes (1 cubic foot each) of biodegradable confetti and 8 orders of glassine bags (300 each) to be handed out to graduates from the Student Government office for the Fall 2022 commencemen

F22RS SGR 9 (Virtual TigerCard)

To Urge and Request Louisiana State University to implement a virtual TigerCard syste

S22RS SGR No. 13 (Syllabus Database)

A Resolution To urge and request LSU to remind and encourage faculty members to upload their syllabus to the syllabus database before the start of the semester to allow students better star

F22RS SGR 6 (Provost List - Dean\u27s List for LSU Online)

To Urge and Request LSU to create a “Provost’s List” to provide a college honor to LSU online students who complete 12 hours of coursework across two (2) consecutive terms in a traditional spring or fall semester with a 3.5 grade point averag

S22RS SGR No. 24 (Carceral Labor)

A Resolution To urge and request Louisiana State University to issue an official public statement regarding their plans for carceral labor to not return to the A&M Campu

S22RS SGR No. 1 (Dead week)

A Resolution To Urge and Request LSU to extend Concentrated Study Period, also known as Dead Week from five (5) days to seven (7) days to now begin on Monday instead of Wednesda

A CPW fed quad-port MIMO DRA for sub-6 GHz 5G applications

The present work investigates a novel four-port, multiple-input multiple-output (MIMO), single element dielectric resonator antenna (DRA) for sub-6 GHz band. The DRA is designed and fabricated into a symmetric cross shape and fed using a coplanar waveguide (CPW) feed. A single radiator with four ports is rarely found in the literature. The -10 dB impedance bandwidth covered by the antenna is from 5.52 GHz to 6.2 GHz (11.6%) which covers fifth generation (5G) new radio (NR) bands N47 and wireless local area network (WLAN) IEEE 802.11a band. The isolation between orthogonal ports is about 15 dB while the isolation between opposite ports is 12 dB. The radiation pattern of the proposed antenna is bidirectional due to the absence of a ground plane below the DRA. The orthogonal modes excited in the DRA are [Formula: see text] and [Formula: see text] through the four symmetrical CPW feeds. The simulated and measured results of the proposed design show that MIMO characteristics are achieved by pattern diversity between the ports. Due to the perfect symmetry of the design, the proposed work could be extended to MIMO array applications as well

S23RS SGFB No. 6

To appropriate $1000 from the Student Initiatives Account to Purchase 996 Donuts for Night of A 1000 Donut