Códice Software ES OpenSCADA: Home Sedna XML Database Home | Pidgin OpenAPC - Open Source Advanced Process Control - Open APC RefDB homepage Aplicaciones web para trabajar en la nube cumpliendo la LOPD | Inicio | Ucelay Abogados Si quiere trabajar legalmente en la nube y cumplir la LOPD especialmente, contrate proveedores cercanos. Y si puede ser los situados en España, mejor aún. En anteriores artículos hemos reseñado los aspectos legales que había que cumplir para trabajar en movilidad mediante servicios online en la nube siguiendo las prescripciones que marca la Ley Orgánica de Protección de Datos Personales. En los últimos meses hemos ido conociendo que Google, que no cumple con la normativa española de protección de datos, se ha convertido en el proveedor oficial de las soluciones de correo y sistemas remotos de los Colegios de Abogados de Barcelona, Madrid y del BBVA. Sin embargo, los profesionales autónomos y las pequeñas y medianas empresas no siempre están en la posición de poder negociar acuerdos individuales con los proveedores de servicios online gratuitos internacionales. Algunas aplicaciones para trabajar en la nube y cumplir la LOPD: Lecturas: Sobre el autor Socio Director de Ucelay Abogados.
Activa for Asterisk Tools for prioritizing WAN application delivery SearchEnterpriseWAN.com members gain immediate and unlimited access to breaking industry news, best practices for designing and managing Wide Area Networks, WAN Security, and more -- all at no cost. Join me on SearchEnterpriseWAN.com today! There are a broad range of technologies that enterprises can use to prioritize WAN application delivery. WAN optimization is the first step for any effort to prioritize WAN application delivery beyond simple WAN QoS , said Jim Frey, research director with Enterprise Management Associates. "Most WAN optimization solutions have always been sold based on reducing the need for signing up for bigger, fatter pipes -- as a way to reduce the costs of the WAN services themselves. Rather than deploying WAN optimization to conserve bandwidth or to accelerate tasks like data center replication, network architects are using the technology strategically to prioritize critical business applications across the WAN.
Improving the Efficiency of RF Power Amplifiers with Digital Predistortion When operating at near-peak efficiency, the RF power amplifiers commonly used in wireless base stations distort the signal they amplify. The distortions not only affect signal clarity, they also make it difficult to keep the signal within its assigned frequency band. Base station operators risk violating FCC and international regulatory agency standards if they cannot keep spurious amplifier emissions from interfering with adjacent frequencies. Today's WCDMA and LTE carriers have wider bandwidths than their predecessors, increasing the likelihood of interference from spurious emissions. To reduce these emissions and achieve more linear amplifier output, base station operators can reduce the power output of the amplifier, but this practice also reduces efficiency. Amplifiers operating below peak efficiency dissipate more energy and get hot, sometimes requiring costly cooling equipment to prevent overheating. Characterizing the Power Amplifier DPD addresses two types of distortion.