This invention involves a novel approach to preparing supramolecular organogels.

To achieve rotation free measurement, two types of antenna probes are needed for the measurement, which are a linearly-polarized (LP) antenna probe and a circularly-polarized (CP) antenna probe.

This invention is a secure, generic, and developer-friendly software framework that enables hardware-assisted trusted applications to identify redundant computations and reuse computation results, thereby accelerating application processes.

This invention presents two BS deployment techniques, the macro diversity-constrained (MDC) and the outage-constrained (OC) BS deployment techniques. These techniques share a common objective function while incorporating different constraints.

The invention discloses a rotation-free phaseless far-field gain measurement method of CP antennas. This method uses two types of CP antenna probes, a linearly-polarized standard-gain antenna to obtain the left-hand and right-hand CP gains of the antenna under test (AUT).

The present invention relates to a method of producing a nanoporous graphene material by a direct sonication assisted method, which comprises the first step of reacting carbide nanoparticles with acid assisted by sonication to accomplish the nanoporous graphene material in solvent, and the second step of purifying and washing the resulting graphene material.

In this invention, graphene electrodes are employed to lower the voltage for poling process, eliminate the use of unwanted buffer layer, and allow the use of inexpensive cladding material.

This invention is a deep-learning-based methodology for converting SDR video to HDR video without relying on supervised training for the algorithm.

Machine learning technique – using a SVM (Support Vector Machine) multi-classification scheme – ais used to improve the R-D model prediction accuracy for inter-frame CTUs by exploiting the potential information for the R-D relationships hidden in the video coding data.

Utilizing zinc as a catalytic substrate exhibit much higher yields, reducing production costs.

This invention is a webpage interaction design technique that guides webpage developers in viewing various webpage components in a specified order.

The architecture of the invention consists of two parts. The first part consists of two onsite modules: data acquisition module (DAM) and control module (CM). The second part is an off-site data management system.

The invention is a linearly polarized antenna consisting of a printed dipole differential-fed by a dumbbell-shaped slot, with four parasitic patches in the proximity to the dipole.

A transformer is applied to the circuit and one of the ports could adjust the self-resonant frequency by changing the tuning voltage of the varactor to ensure that the equivalent impedances at the two frequencies are comparable.

Researchers have developed a novel direct 4D printing technology to simply and easily achieve and precisely control the manufacturing of complex ceramics architecture.

This system can achieve behavioural conditioning in freely moving animals.

The architecture is introduced by using additive manufacturing (3D printing) techniques such as Selective Laser Melting (SLM), Electron Beam Melting (EBM), Direct Metal Laser Sintering (DMLS), Two-Photon Lithography (TPL), Stereolithography (SLA), Fused Deposition Modeling (FDM), etc.

The invention provides a unidirectional liquid transport system consisting of an array of elongate units configured in a grid format, with each unit surrounded by fencing.

The inventors used a Co-Cr-Fe-Ni-Nb EHEA as a template to fabricate the 3D porous structures and chose various processing conditions (e.g., casting, melt spinning, heat treatment, etching) with specific series and conditions to process a variety of 3D porous structures.

The invention is a novel, low-cost, and ultra-fast method of fabricating advanced metallic nano- and micro-structures, including ribbons, scrolls and helices, from various kinds of metals and alloys.

The present invention relates to a facile chemical synthesis of modified metal-organic frameworks (MOF).

This invention uses AI to process flight data after it has been uploaded to a data source.

Researchers have developed an innovative task interaction network (TI-Net) that can simultaneously segment areas of prostate cancer in mp-MRI images (segmentation) and assess the aggressiveness of prostate cancer lesions (classification).

CityU researchers have devised a novel method of automatic prostate disease diagnosis based on magnetic resonance imaging (MRI). Their invention will help clinicians to predict the health status of a patient’s prostate more efficiently and reliably than can be achieved using existing MRI-based methods.

This invention is a modified version of the complementary antenna, which is composed of a dipole antenna and a bowtie antenna.

This invention presents a pioneering method of reliability-aware resource allocation for the data centers (DC) of the future.

This invention solves problems associated with other aerogel manufacturing methodologies by replacing the water inside the gel with other solvents. The precise solvent used is selected in accordance with the gel being used.

This design proposes the replacement of the traditional design based on three bidentate chelates with a new type of tris-bidentate carbene-based Ir(III) metal complex.

This invention proposes a base station (BS) deployment scheme and a user association scheme to reduce the long-term outage probability of a millimeter wave (mmWave) communication network that 5G employs.

The inventors developed novel transition metal-based phosphorogenic bioorthogonal probes using nitrone as both a bioorthogonal functional group and an emission quencher.