Abstract: Chatbot conversation management includes a generic model associated with a first property associated with a chatbot manager. The generic model is generated based on machine learning. A refined model that is associated with the first property is generated based on the generic model and a first plurality of phrases. A first conversation is held between a chatbot and an end user. A determination is made regarding storage of a value of a first property for the end user that is obtained via the chatbot. The refined model is used to dynamically ask questions to the end user to determine a value of the first property for the end user.

Abstract: A method of increasing a fluorescence signal of a fluorophore is provided. The method includes dissolving the fluorophore in a solvent to form a solution and adding silver nanoparticles to the solution to form a mixture. The silver nanoparticles have a size of 3-10 nm, and the silver nanoparticles have an irregular shape and at least one fractal structure. The method further includes at least partially coating a substrate with the mixture to form a fluorescence sample and recording a fluorescence image of the fluorescence sample. The fluorophore is adsorbed to at least one silver nanoparticle and the fluorescence signal of the fluorescence image is higher than a fluorescence signal of a fluorescence image of the fluorophore without the silver nanoparticles.

Abstract: Disclosed herein are embodiments of a packer assembly and a well system. In one embodiment, a packer assembly includes an inner mandrel; a packing element at least partially surrounding the inner mandrel; a packing element activation sleeve coupled to the packing element; a hydrostatic setting assembly engageable with the packing element activation sleeve; and a hydraulic setting assembly positioned between the packing element and the hydrostatic setting assembly. The hydrostatic setting assembly includes a hydrostatic piston; a hydrostatic prop piston engageable to push the hydrostatic piston to engage the packing element activation sleeve; and a hydrostatic locking mechanism to maintain the hydrostatic piston in a locked position.

Abstract: A solution for analyzing and filtering an email message destined to a computing resource in a computer network that has been security processed by a cloud-based email security system. The solution includes establishing a communication link with the cloud-based email security system, receiving an email message by an on-premises email security (OPES) system hosted in a demilitarized zone in the computer network, determining whether the received email message is sent from an authorized node in the cloud-based email security system, forwarding the received email message to an on-premises email security gateway located in the demilitarized zone, analyzing the forwarded email message, and sending the forwarded email message to a mail server in the computer network.

Abstract: A data signal translation device for translating a data signal between a frontend interface and a backend server that is in communication with a processing network is described. Additionally, a method and a computer-readable storage medium for translating a data signal between a frontend interface and a backend server that is in communication with a processing network are described.

Abstract: Disclosed herein are embodiments of a packer assembly and a well system. In one embodiment, a packer assembly includes an inner mandrel; a packing element at least partially surrounding the inner mandrel; a packing element activation sleeve coupled to the packing element; a hydrostatic setting assembly engageable with the packing element activation sleeve; and a hydraulic setting assembly positioned between the packing element and the hydrostatic setting assembly. The hydrostatic setting assembly includes a hydrostatic piston; a hydrostatic prop piston engageable to push the hydrostatic piston to engage the packing element activation sleeve; and a hydrostatic locking mechanism to maintain the hydrostatic piston in a locked position.

Abstract: A method includes receiving a request for a payment transaction. The requested transaction may have a number of attributes. A particular transaction routing option may be selected from among two or more transaction routing options. The selection may be based at least in part on the attributes of the requested transaction. The two or more transaction routing options may include at least one ACH (automated clearing house) system and at least one payment card account system. The transaction may be executed via the selected transaction routing option.

Abstract: A method and system for processing an electronic payment transaction is described herein. The method uses a first computer device configured to access account data from a database subsystem operating at a second computer device. The method includes operating a transaction messaging system (TMS) in a first computer operating environment of the first computer device, operating an account data access system (ADAS) in a second computer operating environment of the first computer device, transmitting a request for account data from the TMS to the ADAS, executing a query for the account data at the database subsystem wherein the query is generated by the ADAS and based on the request for account data, receiving the requested account data at the TMS in response to the query, and processing the payment transaction at the TMS using the received account data.

Abstract: A data signal translation device for translating a data signal between a frontend interface and a backend server that is in communication with a processing network is described. Additionally, a method and a computer-readable storage medium for translating a data signal between a frontend interface and a backend server that is in communication with a processing network are described.

Abstract: A method and system for processing an electronic payment transaction is described herein. The method uses a first computer device configured to access account data from a database subsystem operating at a second computer device. The method includes operating a transaction messaging system (TMS) in a first computer operating environment of the first computer device, operating an account data access system (ADAS) in a second computer operating environment of the first computer device, transmitting a request for account data from the TMS to the ADAS, executing a query for the account data at the database subsystem wherein the query is generated by the ADAS and based on the request for account data, receiving the requested account data at the TMS in response to the query, and processing the payment transaction at the TMS using the received account data.

Abstract: Disclosed herein are surface force microscope probes comprising living cells adhered thereto, as well as methods of making same. Also disclosed is a system for high throughput screening of nanostructures having biological relevance through use of surface force microscope probes comprising living cells. Further disclosed are methods of screening for biointeractive nanostructures.