Abstract: Systems for visualization and management of a clinical study have a processor, an input device, a database storing data related to the clinical study, and a visit schedule interface. The data have a study visit schedule. The study visit schedule has nodes and a track having a step sequence. Each node has a node position and node attributes. The node position has a node track identifying the track and a node step. The data may also have a visit travel policy and the node attributes may have a visit policy label associated with the visit travel policy.

Abstract: A system for visualization and management of participants in studies having a graphical user interface (GUI), a database (DB) storing studies data, visit schedules, travel policies, sites data, and participants data having a first participant in a first study. The GUI has controls including system control, data controls (being one or more of a travel policy control, visit schedule control, and participant control), navigation control associated with the study, and selection control associated with the participant. The GUI responsive to using the controls can a) switch GUI views; b) receive and display participants data; c) receive and display visit schedule and travel policy associated with the first participant and with the first study; d) receive input data from the input device and cause the DB to update the studies data, participants data, travel policies, and visit schedules with the input data. DB may store a second participant.

Abstract: Systems for visualization and management of a study have an input device, a user interface, controls, and a database storing a visit schedule about the study and visit data about a participant. Visit schedule has a first node and second node. The participant visit data has a current visit associated with the first node. The user interface visually associates the first node with a first graphic and with a current visual attribute, and the second node with a second graphic. Responsive to the controls, the user interface associates the second node with the current visit and visually associates the current node graphic with the second node. Visit schedule may have a third node selected from a jump, cycle, exit, and other nodes. The third node is associated with an occurred visit in the visit data, and the user interface can visually associate an occurred visual attribute with the third node.

Abstract: A privacy enabled system for managing clinical study participant travel has a database (stores data: clinical study, participant, clinical site and trip data sets) and a graphical user interface that has a Travel Planning Interface and is in data communication with an input device and the database. The data sets include a Study Travel Policy, a Study Visit Schedule (appointment procedure, appointment schedule), a traveler profile, traveler personal data (traveler contact information), a site appointment location associated with the appointment procedure, and site contact information. The travel planning interface receives the trip data set (trip segment data) from the database and the input device. The travel planning interface transmits the trip segment data to and receives booked travel data from a travel booking module, generates an itinerary that has booked travel and trip segment data, and transmits the itinerary according to the traveler contact information and the site contact information.

Abstract: Systems for visualization and management of a travel policy for a clinical study have a study dataset having a first travel policy condition, a study travel policy dataset having a main travel policy and a specialized travel policy, and a GUI having a travel policies interface and a travel policy control. The first travel policy condition may be a country, a clinical site, a traveler policy label, a visit attribute, a visit policy label, and combinations thereof. The specialized travel policy (a country policy, a site policy, a first visit policy, a second visit policy, a custom policy, and combinations thereof) is programmatically associated with the first travel policy condition.

Abstract: A privacy enabled system for managing clinical study participant travel has a database (stores data: clinical study, participant, clinical site and trip data sets) and a graphical user interface that has a Travel Planning Interface and is in data communication with an input device and the database. The data sets include a Study Travel Policy, a Study Visit Schedule (appointment procedure, appointment schedule), a traveler profile, traveler personal data (traveler contact information), a site appointment location associated with the appointment procedure, and site contact information. The travel planning interface receives the trip data set (trip segment data) from the database and the input device. The travel planning interface transmits the trip segment data to and receives booked travel data from a travel booking module, generates an itinerary that has booked travel and trip segment data, and transmits the itinerary according to the traveler contact information and the site contact information.

Abstract: Systems for visualization and management of a travel policy for a clinical study have a study dataset having a first travel policy condition, a study travel policy dataset having a main travel policy and a specialized travel policy, and a GUI having a travel policies interface and a travel policy control. The first travel policy condition may be a country, a clinical site, a traveler policy label, a visit attribute, a visit policy label, and combinations thereof. The specialized travel policy (a country policy, a site policy, a first visit policy, a second visit policy, a custom policy, and combinations thereof) is programmatically associated with the first travel policy condition.

Abstract: A content influencer scoring system may include influencer computers each associated with a respective content influencer having influencer historical performance data and legacy influencer content associated therewith. A remote server may obtain advertisement campaign data associated with an advertisement campaign and parse the advertisement campaign data for advertisement keywords. The remote server may match content influencers to the advertisement campaign data based on the advertisement keywords and, for each content influencer, generate an advertisement campaign score.

Abstract: A method, computer program product and system for precision inkjet printing. A control variable vector of actuation parameters associated with an inkjet waveform is determined. A printhead is then actuated to eject a grid of droplets from an inkjet onto a substrate based on the inkjet waveform. An image of the grid of droplets on the substrate is acquired. The acquired image is then processed to calculate a fitness function of the inkjet waveform that includes a function of sensed output variables associated with printing characteristics. The control variable vector is then adjusted by updating its topology based on the fitness function to obtain an optimized control variable vector associated with an optimized inkjet waveform.

Abstract: A content influencer scoring system may include influencer computers each associated with a respective content influencer having influencer historical performance data and legacy influencer content associated therewith. A remote server may obtain advertisement campaign data associated with an advertisement campaign and parse the advertisement campaign data for advertisement keywords. The remote server may match content influencers to the advertisement campaign data based on the advertisement keywords and, for each content influencer, generate an advertisement campaign score.

Abstract: An example apparatus includes a housing including in a bottom thereof a recess. The apparatus also includes a base plate rotatably coupled to the housing and disposed within the recess. The apparatus additionally includes a motor configured to rotate the housing with respect to the base plate. The apparatus further includes a first image capture device disposed within the housing and having a first field of view and a second image capture device disposed within the housing and having a second field of view different than the first field of view. The apparatus yet further includes a processor operable to provide instructions to cause the motor to rotate the housing with respect to the base plate to maintain one or more objects in an environment within at least one of the first field of view or the second field of view.

Abstract: Systems and methods for precision inkjet printing are disclosed. A method determining an actuation parameter associated with a pressure waveform. Based on the pressure waveform, the method also includes actuating a print head to eject a droplet from a nozzle and acquiring an image of the droplet. The method further includes processing the acquired image to estimate a volume of the droplet and based on the estimated volume of the droplet and a target volume, adjusting the actuation parameter.

Abstract: Systems and methods for precision inkjet printing are disclosed. A method determining an actuation parameter associated with a pressure waveform. Based on the pressure waveform, the method also includes actuating a print head to eject a droplet from a nozzle and acquiring an image of the droplet. The method further includes processing the acquired image to estimate a volume of the droplet and based on the estimated volume of the droplet and a target volume, adjusting the acquisition parameter.