The Land Law Reform in the Philippines State

This research aim to know the land reform in the Philippines has long been a contentious issue rooted in the Philippines's Spanish Colonial Period. Some efforts began during the American Colonial Period with renewed efforts during the Commonwealth, following independence, during Martial Law and especially following the People Power Revolution in 1986. This research used the qualitative with normative approach especially the regulation of Land in Philippines. The current law, the Comprehensive Agrarian Reform Program, was passed following the revolution and recently extended until 2014. Much like Mexico and other Spanish colonies in the Americas, the Spanish settlement in the Philippines revolved around the encomienda system of plantations, known as haciendas. As the conclusion explained that in the 19th Century progressed, industrialization and liberalization of trade allowed these encomiendas to expand their cash crops, establishing a strong sugar industry in the Philippines, especially in the Visayan island of Negros

Effects of Endocardial Microwave Energy Ablation

Until recently the treatment of atrial fibrillation (AF) consisted primarily of palliation, mostly in the form of pharmacological intervention. However because of recent advances in nonpharmacologic therapies, the current expectation of patients and referring physicians is that AF will be cured, rather than palliated. In recent years there has been a rapid expansion in the availability and variety of energy sources and devices for ablation. One of these energies, microwave, has been applied clinically only in the last few years, and may be a promising technique that is potentially capable of treating a wide range of ventricular and supraventricular arrhythmias. The purpose of this study was to review microwave energy ablation in surgical treatment of AF with special interest in histology and ultrastructure of lesions produced by this endocardial ablation procedure

Development of deep submicron CMOS process for fabrication of high performance 0.25 nm transistors

An advanced process for fabrication of 0.25 μm CMOS transistors has been demonstrated. This process is designed for transistors with Lpoly = 0.25 μm and Leffective = 0.2 um on 150 mm (6”) silicon wafers. Devices with Leffective of 0.2 um and smaller have been tested and found operational. A 0.25 um NMOS transistor with drain current of 177 μA/μm at VG=VD=2.5 V and a PMOS transistor with drain current of 131 μA/μm at VG=VD=-2.5 V are reported. The threshold voltages are 1.0 V for the NMOS and -0.735 V for the PMOS transistors. These 0.25 um NMOS and PMOS are the smallest transistors ever fabricated at RIT. Many processes have been integrated to produce the final CMOS devices, including: 50 Å gate oxide with N2O, shallow trench isolation by chemical mechanical planarization (CMP), dual doped polysilicon gates for surface channel devices, ultra-shallow low doped source/drain extensions using low energy As and BF2 ions, rapid thermal dopant activation, Si3N4 sidewall spacers, TiSi2 salicide source/drain contacts and gates, uniformly doped twin wells, contact cut RIE and 2 level aluminum metallization

El "doble diagnóstico" en el retraso mental: una evaluación crítica.

Sin resume

De Civitate Hominis

Palabras pronunciadas en la Sesión celebrada como homenaje a J. M. Izquierdo el día 10/X/86

Relevance of Security Features Introduced in Modern Windows OS

Modern Windows Operating Systems contains a large collection of built-in security features. This thesis covers three of the features, namely, Early Launch Antimalware, Protected Processes Light and Control Flow Guard. The thesis discusses the internal mechanism of each of the features and examines how effective each of them was against real attack cases. The thesis also describes how each of the attacks work and why the features were or were not able to counter them. The thesis then provides some proof of concepts to demonstrate some practical approaches on how attackers might adapt to the new defense. Finally, the thesis concludes why it is important to understand as much of the features as possible by showing how some of the features are dependent on other features to be effective. The thesis also provides some advice to both end users and software vendors with regards to how the selected features would affect them moving forward