Abstract: Techniques are disclosed herein for protecting personally identifying information (PII) and behavioral data while delivering targeted assets. In one aspect, a profile is created based on a template and desired characteristics of users to receive one or more targeted assets. The template provides a framework for the user characteristics. One or more clients are provided the template. A manifest that identifies the targeted assets is encrypted based on the profile. The encrypted manifest is sent to the one or more clients. A user profile is generated at a client based on a template. The client attempts to decrypt the encrypted manifest based on the profile created at the client. The client sends a request for any targeted assets that were identified through the attempt to decrypt the encrypted manifest.

Abstract: Techniques are disclosed herein for protecting personally identifying information (PII) and behavioral data while delivering targeted assets. In one aspect, a profile is created based on a template and desired characteristics of users to receive one or more targeted assets. The template provides a framework for the user characteristics. One or more clients are provided the template. A manifest that identifies the targeted assets is encrypted based on the profile. The encrypted manifest is sent to the one or more clients. A user profile is generated at a client based on a template. The client attempts to decrypt the encrypted manifest based on the profile created at the client. The client sends a request for any targeted assets that were identified through the attempt to decrypt the encrypted manifest.

Abstract: Techniques are disclosed herein for protecting personally identifying information (PII) and behavioral data while delivering targeted assets. In one aspect, a profile is created based on a template and desired characteristics of users to receive one or more targeted assets. The template provides a framework for the user characteristics. One or more clients are provided the template. A manifest that identifies the targeted assets is encrypted based on the profile. The encrypted manifest is sent to the one or more clients. A user profile is generated at a client based on a template. The client attempts to decrypt the encrypted manifest based on the profile created at the client. The client sends a request for any targeted assets that were identified through the attempt to decrypt the encrypted manifest.

Abstract: Techniques are disclosed herein for protecting personally identifying information (PII) and behavioral data while delivering targeted assets. In one aspect, a profile is created based on a template and desired characteristics of users to receive one or more targeted assets. The template provides a framework for the user characteristics. One or more clients are provided the template. A manifest that identifies the targeted assets is encrypted based on the profile. The encrypted manifest is sent to the one or more clients. A user profile is generated at a client based on a template. The client attempts to decrypt the encrypted manifest based on the profile created at the client. The client sends a request for any targeted assets that were identified through the attempt to decrypt the encrypted manifest.

Abstract: Data processing apparatus and methods capable of executing vector instructions. Such apparatus preferably include a number of data buffers whose sizes are configurable in hardware and/or in software; a number of buffer control units adapted to control access to the data buffers, at lease one buffer control unit including at least one programmable write pointer register, read pointer register, read stride register and vector length register; a number of execution units for executing vector instructions using input operands stored in data buffers and storing produced results to data buffers; and at least one Direct Memory Access channel transferring data to and from said buffers. Preferably, at least some of the data buffers are implemented in dual-ported fashion in order to allow at least two simultaneous accesses per buffer, including at least one read access and one write access.