Abstract: A computer-aided method of pre-operative planning of hip joint replacement is provided for establishing, from patient-specific images, femoral and acetabular implant sizes and cut planes. Image slices of a patient's hip joint are obtained. Coordinate positions of selected femur and acetabulum points (e.g., femoral head center, major trochanter midpoint, femoral shaft midpoint, acetabular rim high points and lowest point) in the images are marked, which allows the planning tool to perform a best fit analysis to offer a range of suitable implant and surgical cut plane parameters for selection by a surgeon. Patient-specific surgical jigs can then be constructed for the proximal femur and acetabulum of the hip joint corresponding to a surgeon selection between standard, mini, short-stem, and resurfacing hip replacement components and in accord with the surgeon-selected parameters.

Abstract: A hip implant is provided that includes a metal acetabular cup to be inserted into an acetabulum of the pelvis, a femoral head and neck portion with a polymer femoral head molded onto a metal formal head base that is attached to a metal femoral neck rod configured to be inserted into the neck of a femur, and a metal main body shaft configured to be inserted into a femoral shaft region of the femur and secured by bone screws. The head base may have stabilizing features, such as dimples and peripheral mounds, over which the femoral head is molded. The main body shaft also has diagonal hole located at the center line of the neck of the femur to receive the femoral neck rod at an adjustable angle. The femoral head interfaces with the acetabular cup as a smooth plastic-to-metal spherical-surface joint.

Abstract: The femoral neck preserving hip implant includes a polymer femoral head molded onto a femoral head base, which is attached to a femoral neck rod to be inserted into the femoral neck of a patient. A metal acetabular cup is inserted into an acetabulum anatomy of a pelvis. The femoral head interfaces with the acetabular cup as a smooth plastic-to-metal spherical-surface joint. A main body shaft to be inserted into a femoral shaft has a diagonal hole therethrough located at a center line of the femur's neck to receive the femoral neck rod at a specified angle. A secured lock mechanism in the main body shaft above the diagonal hole is screwed down to compressively engage the femoral neck rod. Both the diagonal hole and the end of the femoral neck rod may have a slight taper. The femoral neck rod also has a radially outward extending flange that forms a contact feature that sits upon the resection plane of the femoral neck to stabilize against axial force loading.

Abstract: A hip implant comprises an acetabular cup to be inserted into an acetabulum of a pelvis, together with a femoral head and neck portion and a main body shaft to be inserted into the femoral neck and proximal femoral shaft. The femoral head and acetabular cup form a smooth spherical-surface joint. The femoral head on a femoral head base is attached to a femoral neck rod, which has a tapered end that engages in a hole through the main body shaft, i.e. the main body shaft has a diagonal hole therethrough located at the center line of the neck of the femur to receive the tapered end at a specified angle that aligns with center line of the neck. A secured lock mechanism, insertable into the main body shaft above the diagonal hole, can be screwed down to compressively engage the tapered end of the femoral neck rod.

Abstract: An electronic card with a programmable magnetic band which operates to emulate a magnetic stripe on a payment card. The card connects to a smartphone for reducing the amount of cards in a wallet using a NFC protocol. The electronic card with programmable magnetic band includes a magnetic stripe emulator, NFC communication unit, energy harvesting battery management, and high level security. Buttons are used to enter a personal code for using a default card. The card can be used on all payment terminals, and devices that can read magnetic stripes.

Abstract: A system and method for message analysis, including: receiving, by a computer processor, a first request to post a first homage token on a digital memorial, wherein the first request is received from a first user; presenting, by the computer processor, the first homage token on the digital memorial, wherein the first homage token is associated with a first expiration time, after which the first homage token expires; determining, by the computer processor, that the first homage token has expired; and removing, by the computer processor, the first homage token from the published digital memorial.

Abstract: An asset management system can enable a primary user to designate one or more inheriting users that will be authorized to access the primary user's digital assets in the event that the primary user passes away. The primary user can designate specific digital assets that an inheriting user is to inherit in the event that the primary user passes away. Upon a determination that the primary user has passed away, the asset management system can authorize the inheriting user to access the digital assets designated to the inheriting user by the primary user. Further, the asset management system can also enable creation of a memorial to the deceased individual where users can post homage tokens, such as digital candles, digital flowers, etc.

Abstract: An electronic card with a programmable magnetic band which operates to emulate a magnetic stripe on a payment card. The card connects to a smartphone for reducing the amount of cards in a wallet using a NFC protocol. The electronic card with programmable magnetic band includes a magnetic stripe emulator, NFC communication unit, energy harvesting battery management, and high level security. Buttons are used to enter a personal code for using a default card. The card can be used on all payment terminals, and devices that can read magnetic stripes.

Abstract: An electronic card with a programmable magnetic band which operates to emulate a magnetic stripe on a payment card. The card connects to a smartphone for reducing the amount of cards in a wallet using a NFC protocol. The electronic card with programmable magnetic band includes a magnetic stripe emulator, NFC communication unit, energy harvesting battery management, and high level security. Buttons are used to enter a personal code for using a default card. The card can be used on all payment terminals, and devices that can read magnetic stripes.

Abstract: An electronic card with a programmable magnetic band which operates to emulate a magnetic stripe on a payment card. The card connects to a smartphone for reducing the amount of cards in a wallet using a NFC protocol. The electronic card with programmable magnetic band includes a magnetic stripe emulator, NFC communication unit, energy harvesting battery management, and high level security. Buttons are used to enter a personal code for using a default card. The card can be used on all payment terminals, and devices that can read magnetic stripes.

Abstract: An electronic card with a programmable magnetic band which operates to emulate a magnetic stripe on a payment card. The card connects to a smartphone for reducing the amount of cards in a wallet using a NFC protocol. The electronic card with programmable magnetic band includes a magnetic stripe emulator, NFC communication unit, energy harvesting battery management, and high level security. Buttons are used to enter a personal code for using a default card. The card can be used on all payment terminals, and devices that can read magnetic stripes.

Abstract: A method for assessing an information security policy and practice of an organization, including determining a risk associated with the information security policy and practice, collecting information about the information security policy and practice, generating a rating using a security maturity assessment matrix, the collected information, and the risk associated with the information security policy and practice, generating a list of corrective actions using the rating, executing the list of corrective actions to create a new security information policy and practice, and monitoring the new security information policy and practice.

Abstract: A network system for key management including a server, a key management system providing process logic for key management system initialization located on the server, a key management system storage providing a secure data storage for the key management system, and an interface providing a means for inputting data into the key management system.

Abstract: A network system for key management, including a server, a key management system providing process logic for key management system management located on the server, a key management system storage providing a secure data storage for the key management system, an application using the key management system to manage an application key, and an interface providing a means for managing the key management system.

Abstract: A network system providing integration. The network system includes a client computer, a server, a server-side cryptographic function, a PKI-Bridge, a remote access switch, a client-side cryptographic function, a dial-up client, and a custom script dynamically linked library. The server-side cryptographic function is located on the server and provides cryptographic services. The PKI-Bridge provides an interface between the server and the server-side cryptographic function. The remote access switch provides an interface between the client computer and the server. The client-side cryptographic function is located on the client computer and provides cryptographic services. The dial-up client provides dial-up services to access the remote access switch. The custom script dynamically linked library provides an interface between the dial-up client and the client-side cryptographic function.

Abstract: A network system for key management including a server, a key management system providing process logic for key management system initialization located on the server, a key management system storage providing a secure data storage for the key management system, and an interface providing a means for inputting data into the key management system.

Abstract: An apparatus to unblock a security device issued to an end user includes an unblocking service for establishing a secure gateway. A client-side applet securely transfers information among the unblocking service, the end user, and the security device. An agent-side applet securely transfers information between the unblocking service and a security agent. An Unblock Authorization Code (UAC) is securely transferred from the agent-side applet and the client-side applet to the unblocking service. An Unblock Code (UBC) is securely transferred from the unblocking service to the client-side applet. The client-side applet is set to check at a configurable frequency for determining that the UAC is generated. The client-side applet uses the UBC to unblock the security device.

Abstract: An apparatus to unblock a security device issued to an end user includes an unblocking service for establishing a secure gateway. A client-side applet securely transfers information among the unblocking service, the end user, and the security device. An agent-side applet securely transfers information between the unblocking service and a security agent. An Unblock Authorization Code (UAC) is securely transferred from the agent-side applet and the client-side applet to the unblocking service. An Unblock Code (UBC) is securely transferred from the unblocking service to the client-side applet. The client-side applet is set to check at a configurable frequency for determining that the UAC is generated. The client-side applet uses the UBC to unblock the security device.

Abstract: A method of authentication signaling on a telephone system includes preparing an authentication signal to be sent over the telephone system, sending the authentication signal over the telephone system from a first location to a second location, authenticating a user identity using stored authentication information upon receipt of the authentication signal at the second location, creating an authentication response signal to the authentication signal using a result of authenticating the user identity, and sending the authentication response signal to the first location from the second location.

Abstract: A computer network includes one or more service computers configured to provide multiple network services via the network, and one or more connection devices that allow multiple network client computers to access the services via the network. The network also includes a single routing computer that serves as a firewall through which all traffic between the network services and the network client computers must pass.