Books tagged "git"
- Version Control with Git: Powerful tools and techniques for collaborative software development
- Pro Git (Expert's Voice in Software Development)
- Pragmatic Guide to Git (Pragmatic Programmers)
- Pragmatic Version Control Using Git: 1 (Pragmatic Starter Kit)
- Version Control with Git
- Pro Git
- Mercurial: The Definitive Guide
- Git Magic
- Self-Hosting Software: Fasm, Git, Haiku, Freebasic, Self-Hosting
- Exact solutions for networks of queues with blocking-after-service (GIT-CC)
- Applying program visualization techniques ot aid parallel and distributed program development: (Work in progress) (GIT-CC)
- PATCH: A new algorithm for rapid incremental dependence analysis (GIT-CC)
- GIT-ISDN research project, bellsouth interest
- Performance optimization with integrated consideration of routing, flow control, and congestion control in packet-switched networks (GIT-ICS)
- Analysis and optimization of transmission schedules for single-hop WDM networks (GIT-CC)
- On the accuracy of multiprocessor tracing techniques (GIT-CC)
- A simulation based study of distributed shared memory system issues (GIT-CC)
- Implementing logical views as an extension to C++ (GIT-CC)
- Towards a functional model of reflective learning (GIT-CC)
- Improved randomized broadcast protocols in multi-hop radio networks (GIT-CC)
- Case-based reactive navigation: A case-based method for on-line selection and adaptation of reactive control parameters in autonomous robotic systems (GIT-CC)
- Introspective multistrategy learning (GIT-CC)
- Learning by observing and understanding expert problem solving (GIT-CC)
- Visible surface ray-tracing of stereoscopic images (GIT-GVU)
- User interface software tools (GIT-GVU)
- Controlling user interface objects through pre- and postconditions (GIT-GVU)
- A neural network approach to assess myocardial infarction (GIT-GVU)
- An integrated taxonomy of on-line help based on user interface view (GIT-GVU)
- Parallel and configurable protocols: Experiences with a protype and an architectural framework (GIT-CC)
- Source characterization and statistical multiplexing in ATM networks (GIT-CC)
- CHIME: A knowledge-based computer-human interaction monitoring engine (GIT-GVU)
- A knowledge-based system for capturing human-computer interaction events: CHIME (GIT-GVU)
- Animating the execution of time warp programs (GIT-CC-91-35)
- Reasoning about function in reflective systems (GIT-CC)
- Multi-destination communication over single-hop lightware WDM networks (GIT-CC)
- A simulation-based scalability study of parallel systems (GIT-CC)
- Falcon: On-line monitoring and steering of large-scale parallel programs (GIT-CC-94-21)
- KTK: Kernel support for configurable objects and invocations (GIT-CC-94/11)
- Avoiding contention between reads and writes using dynamic versioning (GIT-CC)
- Operating systems for parallel machines (GIT-CC-94/10)
- A functional theory of creative reading (GIT-CC)
- Performance evaluation of adaptive routing protocols in HINs (TR-GIT/CSRL)
- An annotated bibliography of interactive program steering (GIT-CC)
- The effects of manipulating recognition variables on the transition from menus to commands (GIT-GVU)
- Radiosity methods for volume rendering (GIT-GVU)
- Situating natural language understanding within experience-based design (GIT-CC)
- Understanding and characterizing program visualization systems (GIT-GVU)
- Integrating visualization support into distributed computing systems (GIT-CC)
- The science education advisor: Applying a user centered design approach to the development of an interactive case-based advising system (GIT-COGSCI)
- Recognition-primed decision making as a technique to support reuse in software design (GIT-COGSCI)
- A methodology for the design of interactive monitoring interfaces (GIT-COGSCI)
- 3D visualization of pose determination: Application to SPECT imaging (GIT-GVU)
- Use of multimedia in development software for engineering courseware (GIT-GVU)
- Multimedia software development for engineering mechanics courses (GIT-GVU)
- Human perception and performance in 3D virtual environments (GIT-GVU)
- Robot herds: Group behaviors for systems with significant dynamics (GIT-GVU)
- Archie II: The early years (GIT-COGSCI)
- GTW ++ - An object-oriented interface in C++ to the Georgia Tech time warp system (GIT-CC)
- On long-range dependence in NSFNET traffic (GIT-CC)
- WiMP (Widgets, Menus and Pointing) design tools for virtual environments (GIT-GVU)
- Visualizing the execution of threads-based parallel programs (GIT-GVU)
- Visualizing complex hypermedia networks through multiple hierarchical views (GIT-GVU)
- Visualizing program executions on large data sets using semantic zooming (GIT-GVU)
- Level-of-detail management for real-time rendering of phototextured terrain (GIT-GVU)
- Real-time continuous level of detail rendering of height fields (GIT-GVU)
- Group behaviors for systems with significant dynamics (GIT-GVU)
- User interface constraints for immersive virtual environment applications (GIT-GVU)
- Towards integrating rationalistic and ecological design methods for interactive systems (GIT-GVU)
- Providing access to graphical user interfaces-not graphical screens (GIT-GVU)
- Supporting the Web: A distributed hyperlink database system (GIT-GVU)
- Video temporal compression techniques to faciliate usability evaluation (GIT-GVU)
- Real clock time animation support for developing software visualizations (GIT-GVU)
- Discount learnability evaluation (GIT-GVU)
- Virtual data visualizer (GIT-GVU)
- Virtual GIS: A real-time 3D geographic information system (GIT-GVU)
- Animating human athletics (GIT-GVU)
- Analyzing difference between internet information system software architectures (GIT-GVU)
- A network communication protocol for distributed virtual environment systems (GIT-GVU)
- The PARADE environment for visualizing parallel program executions: A progress report (GIT-GVU)
- Do algorithm animations aid learning? (GIT-GVU)
- Using animations to learn about algorithms: An ethnographic case study (GIT-GVU)
- Using student-built algorithm animations as a learning aid (GIT-GVU)
- Effectiveness of peripheral level of detail degradation when used with head-mounted displays (GIT-GVU)
- Individual user interfaces and model-based user interface software tools (GIT-GVU)
- The 3D revolution: CAD access for all! (GIT-GVU)
- Evaluation of the effects of frame time variation on VR task performance (GIT-GVU)
- The mastermind user interface generation project (GIT-GVU)
- Model-based user interface software tools current state of declarative models (GIT-GVU)
- A designer's associate: Support for the design of software for complex dynamic control systems (GIT-COGSCI)
- The effects of variation of frame rate and latency on performance in virtual environments (GIT-GVU)
- Federal trade commission workshop on consumer information privacy: Initial comments (GIT-GVU)
- In search of reliable usage data on the WWW (GIT-GVU)
- The effects of variation of system responsiveness on user performance in virtual environments (GIT-GVU)
- An architecture for active networking (GIT-CC)
- Georgia Tech Time Warp (GTW version 3.1) programmer's manual for distributed network of workstations (GIT-CC)
- Exploiting temporal and spatial constraints on distributed shared objects (GIT-CC)
- CTK: Configurable object abstractions for multiprocessors (GIT-CC)
- MetaTeD: a meta language for modeling telecommunication networks (GIT-CC)
- Training in virtual environments: Analysis of task appropriateness (GIT-GVU)
- Authenticast: An adaptive protocol for high-performance, secure network applications (GIT-CC)
- Instructions scheduling for highly super-scalar processors (GIT-CC)
- Self-organizing wide-area network caches (GIT-CC)
- Tuning TCP and UDP demultiplexing (GIT-CC)
- Future branches - beyond speculative execution (GIT-CC)
- IPU/LTB: A method for reducing effective memory latency (GIT-CC)
- WebSnatcher: Customized WWW prefetching (GIT-CC)
- Implementing protocols in Java: The price of portability (GIT-CC)
- Dynamic authentication for high-performance networked applications (GIT-CC)
- The design space for data replication algorithms in interactive groupware (GIT-CC)
- Workload modeling for highly interactive distributed applications (GIT-CC)
- Providing interactive functions through active client buffer management in partitioned video broadcast (GIT-CC)
- Network support for multicast video distribution (GIT-CC)
- Min-cut methods for mapping dataflow graphs (GIT-CC)
- Optimal allocation of clients to replicated multicast servers (GIT-CC)
- Design and evaluation of router-supported and end-to-end multicast receiver-based scoping protocols (GIT-CC)
- Hashing-based traffic splitting algorithms for internet load balancing (GIT-CC)
- Scalability technique in QoS routing (GIT-CC)
- Bridging functional and object-oriented programming (GIT-CC)
- Securing context-aware applications using environment roles (GIT-CC)
- Omini: A fully automated object extraction system for the World Wide Web (GIT-CC)
- Distributed stampede: Ubiquitous computing infrastructure (GIT-CC)
- Extending and evaluating flow-insensitive and context-insensitive points-to analyses for java (GIT-CC)
- Efficient computation of parameterized pointer information for interprocedural analyses (GIT-CC)
- JECho-supporting distributed high performance applications with java event channels (GIT-CC)
- Sustaining availability of web services under severe denial of service attacks (GIT-CC)
- Open metadata formats: Efficient XML-based communication for heterogeneous distributed systems (GIT-CC)
- Compiler optimization for java aglets for distributed data intensive application (GIT-CC)
- Using component metadata to support the regression testing of component-based software (GIT-CC)
- Evaluating the precision of static reference analysis using profiling (GIT-CC)
- A uniufied proof of minimum time complexity for reaching consensus and uniform consensus - an oracle-based approach (GIT-CC)
- Data prefetching using off-lin learning (GIT-CC)
- Effects of reconfiguration on performance in configurable operating systems: Practical predictability strategies? (GIT-CC)
- A survey of next-generation reconfigurable architectures for embedded computing (GIT-CC)
- Dproc - extensible run-time resource monitoring for cluster applications (GIT-CC)
- Dead timestamp identification in stampede (GIT-CC)
- D-stampede: Distributed programming system for ubiquitous computing (GIT-CC)
- DRT (Data flow Routing Table) for efficient routing of mobile code (GIT-CC)
- On the design and performance of prefix-preserving IP traffic trace anonymization (GIT-CC)
- A secure and highly available distributed store for meeting deverse data storage needs (GIT-CC)
- PeerTrust: A trust mechanism for an open peer-to-peer information system (GIT-CC)
- A technique for dynamic updating of Java software (GIT-CC)
- Interclass testing of object oriented software (GIT-CC)
- Data remapping for design space optimization of embedded cache systems (GIT-CC)
- Atalanta: A new multiprocessor RTOS kernel for system-on-a-chip applications (GIT-CC)
- Cache sensitive instruction scheduling (GIT-CC)
- A framework for data prefetching using off-line training of markovian predictors (GIT-CC)
- Towards aspect oriented programming support for cluster computing (GIT-CC)
- Power optimization of embedded memory systems via data remapping (GIT-CC)