Abstract: Described herein are multicistronic expression systems that encode chimeric proteins, specifically membrane-cleavable chimeric systems and chimeric antigen receptors. Also described herein are nucleic acids, cells, and methods directed to the same.

Abstract: Embodiments of the disclosure relate to a method, apparatus, device, and medium for information processing, wherein the method includes: in response to a trigger operation for a workflow type, displaying an editing page comprising a workflow identification and/or a workflow content, and the workflow content comprising a document, the document being a co-operable shared document; receiving, on the editing page, an edited content input by a predetermined user; and in response to a submission instruction for the workflow type, transmitting a corresponding workflow to a first user. Therefore, the application of collaboration of a plurality of parties in the workflow enhances the degree of automation and efficiency of workflow processing and satisfies the needs of a plurality of parties to interact in workflow processing.

Abstract: The disclosed techniques include: obtaining traveling state information of the autonomous vehicle; obtaining, in response to confirming that there is a traffic object within a preset range for the autonomous vehicle, true motion state information of the traffic object; determining a first control decision for indicating whether the autonomous vehicle is to avoid the traffic object based on the traveling state information of the autonomous vehicle and the true motion state information of the traffic object; predicting first predictive motion state information of the traffic object within a first preset duration based on the true motion state information of the traffic object and the first control decision; and determining a second control decision for the autonomous vehicle based on the traveling state information of the autonomous vehicle and the first predictive motion state information of the traffic object.

Abstract: The present invention provides an energy-saving and heat-dissipating power line manufacturing method, and relates to the technical field of line manufacturing, and the specific solution is as follows: two feeding mechanisms are arranged on a feeding table in parallel, and one end of a power line wound on the feeding mechanisms penetrates through a cut-off mechanism through a feeding wheel and is fed into a terminal machine; the cut-off mechanism is started through a handle and cuts off the power line; the two feeding mechanisms are driven by a motor to rotate at the same time, and the winding directions of power lines on the two feeding mechanisms are the same. According to the auxiliary device, the problem that an existing line manufacturing terminal machine is low in working efficiency is solved, and synchronous feeding can be achieved by driving the two feeding bases through one motor.

Abstract: Methods and systems for establishing dental occlusion are described herein. These systems and methods can be used for 1-, 2-, or 3-piece maxillary orthognathic surgeries. An example computer-implemented method includes receiving a maxillary dental model and a mandibular dental model, identifying a plurality of dental landmarks in each of the maxillary and mandibular dental models, and extracting a plurality of points-of-interest from each of the maxillary and mandibular dental models. The dental landmarks include a plurality of maxillary dental landmarks and a plurality of mandibular dental landmarks. The method further includes aligning the maxillary and mandibular points-of-interest, and fine tuning the alignment of the maxillary and mandibular dental models to achieve maximum contact with a collision constraint.

Abstract: A method and device for inserting an image are provided. The method includes: acquiring a target eye image, and determining eye key point data of the target eye image; determining auxiliary key point data of the target eye image based on the eye key point data; performing coordinate transformation on the auxiliary key point data, to obtain transformed auxiliary key point data; and acquiring a to-be-inserted image, and inserting the to-be-inserted image into a region in the target eye image that is characterized by the transformed auxiliary key point data and the eye key point data.

Abstract: There are provided an image processing method, an image processing device, a hardware device for image processing, a computer readable storage medium, and an image processing terminal. The image processing method includes: recognizing eye key points on a face image; performing interpolation to obtain auxiliary key points, where the auxiliary key points and the eye key points form a first triangulation mesh at a predetermined eye position on the face image; and transforming, based on the first triangulation mesh, an eye makeup effect image to the predetermined eye position.

Abstract: A method and device for inserting an image are provided. The method includes: acquiring a target eye image, and determining eye key point data of the target eye image; determining auxiliary key point data of the target eye image based on the eye key point data; performing coordinate transformation on the auxiliary key point data, to obtain transformed auxiliary key point data; and acquiring a to-be-inserted image, and inserting the to-be-inserted image into a region in the target eye image that is characterized by the transformed auxiliary key point data and the eye key point data.

Abstract: There are provided an image processing method, an image processing device, a hardware device for image processing, a computer readable storage medium, and an image processing terminal. The image processing method includes: recognizing eye key points on a face image; performing interpolation to obtain auxiliary key points, where the auxiliary key points and the eye key points form a first triangulation mesh at a predetermined eye position on the face image; and transforming, based on the first triangulation mesh, an eye makeup effect image to the predetermined eye position.

Abstract: An information handling system communicates information across a physical link with high and low signal values sent at a unit interval. Feed forward equalization improves signal transfer with pre-emphasis of low-to-high signals and de-emphasis of high-to-low signals lasting for a fraction of the unit interval, such as one-half or one-quarter of the unit interval. Fractional unit interval pre-emphasis and de-emphasis reduce inter symbol interference to improve frequency domain eye structure at the physical link receiver.

Abstract: An information handling system communicates information across a physical link with high and low signal values sent at a unit interval. Feed forward equalization improves signal transfer with pre-emphasis of low-to-high signals and de-emphasis of high-to-low signals lasting for a fraction of the unit interval, such as one-half or one-quarter of the unit interval. Fractional unit interval pre-emphasis and de-emphasis reduce inter symbol interference to improve frequency domain eye structure at the physical link receiver.

Abstract: A high-speed serial data interface includes a transmitter and a receiver. The transmitter includes a feed-forward equalization (FFE) module. The FFE module has a main tap and at least one secondary tap. In a first mode, a sum of absolute values of a main tap compensation value and a secondary tap compensation value of each one of the at least one secondary tap is equal to one. In a second mode, the main tap compensation value has a unity gain equal to one, and each secondary tap compensation value is greater than or equal to the secondary tap compensation value in the first mode divided by the main tap compensation value in the first mode.

Abstract: A PAM equalization optimization system includes a BIOS coupled to a PAM engine and an equalization engine. The BIOS determines an effective equalization tap number of equalization taps that each provide an equalization result above a predetermined amount. The BIOS then determines whether the effective equalization tap number is greater than a predetermined fraction of an available equalization tap number of equalization taps that are available for equalizing a signal. When the effective equalization tap number is greater than the predetermined fraction of the available equalization tap number, the BIOS causes the equalization engine to perform per-symbol equalization on signals modulated using the PAM engine. When the effective equalization tap number is not greater than the predetermined fraction of the available equalization tap number, the BIOS causes the equalization engine to perform per-bit equalization on signals modulated using the PAM engine.