Since its discovery, differential linear logic (DLL) inspired numerous domains. In denotational semantics, categorical models of DLL are now commune, and the simplest one is Rel, the category of sets and relations. In proof theory this naturally gave birth to differential proof nets that are full and complete for DLL. In turn, these tools can naturally be translated to their intuitionistic coun...

We propose a simple data structure to represent all equivalent literals such as l1 $ l2 in a CNF formula F , and implement a special look-ahead technique, called equivalency reasoning, to propagate these equivalent literals in F in order to get other equivalent literals and to simplify F . Equivalent literal propagation remedies the ineffectiveness of unit propagation on equivalent literals and...

This paper is an exploration in the light of modal logic of Dunn’s ideas about two treatments of negation in non-classical logics: perp and star. We take negation as an impossibility modal operator and choose the base positive logic to be distributive lattice logic (DLL). It turns out that, if we add one De Morgan law and contraposition to DLL (call this system K−), then we can prove a natural ...

Delay-locked loop (DLL) and phase-locked loop (PLL) designs based upon self-biased techniques are presented. The DLL and PLL designs achieve process technology independence, fixed damping factor, fixed bandwidth to operating frequency ratio, broad frequency range, input phase offset cancellation, and, most importantly, low input tracking jitter. Both the damping factor and the bandwidth to oper...

We specify a 3D network-distributed virtual environment (DVE) where students learn computer graphics programming. The client/server software consists of a programming environment, the 3D DVE that is used to develop dynamic link libraries (DLLs) to generate 3D graphics. The software distributes a DLL to remote clients in an automatic way, and allows students to view the output of the DLL togethe...

This paper proposes a self-aligned sub-harmonically injection locked phase loop (SILPLL) in 180-nm Semi Conductor Laboratory (SCL) CMOS technology. In this work, an aperture detector (APD) based delay (DLL) with windowing technique is proposed to dynamically align the timing of pulse rising edge voltage controlled oscillator. contrast classical SILPLL, work replaces commonly deployed tri-state ...

Selama masa pandemi sistem pembelajaran dilakukan secara online hingga tahun 2021. dimana kurang memadai memanfaatkan zoom, whatsapp, google classroom dll. Pembelajaran memiliki kekurangan yaitu mengenai pembiayaan kuota, sinyal dll sehingga siswa pada SD Negeri 9 Pemali efektif tetapi ini membuka mata pihak sekolah masyarakat untuk teknologi. Pemanfaatan teknologi disekolah SDN menerapkan pemb...

This paper describes a low-jitter delay-locked loop (DLL)-based clock generator for dynamic frequency scaling in the extendable instruction set computing (EISC) processor. The DLL-based clock generator provides the system clock with frequencies of the reference clock, according to the workload of the EISC processor. The proposed self-calibration method and a phase detector with an auxiliary cha...

Yong-Bin Kim* Tom Chen** *Microelectronics Division Samsung Electronics Co. San Jose, CA, USA **Department of Electrical Engineering Colorado State Univ. Fort Collins, CO 80523, USA Abstract This paper describes a CMOS variable delay line Delay Locked Loop(DLL) circuit speci cally designed for reducing clock skew on DRAM/Logic merged integrated circuit using 0.6 m CMOS process. A phase detector...