Ignac Lovrek

53 papers B 8C 2Misc 4Journal 13Unranked 21
YearRankTypeTitle / Venue / Authors
2022 conf
KES-AMSTA
Katarina Mandaric, Pavle Skocir, Gordan Jezic, Ignac Lovrek
2019 J jnl
J. Softw. Evol. Process.
Katija Rak, Zeljka Car, Ignac Lovrek
2019 conf
ConTEL
Jurica Babic, Ignac Lovrek, Vedran Podobnik, Felipe L. Peñaranda-Foix
2018 J jnl
Complex.
Vanja Smailovic, Vedran Podobnik, Ignac Lovrek
2015 B conf
KES
Vedran Podobnik, Ignac Lovrek
2015 conf
WWIC
Ranko Maric, Tomislav Grgic, Maja Matijasevic, Ignac Lovrek
2015 conf
ConTEL
Drazen Lucic, Antun Caric, Ignac Lovrek
2014 ed.
KES-AMSTA
Gordan Jezic, Mario Kusek, Ignac Lovrek, Robert J. Howlett, Lakhmi C. Jain
2014 B conf
KES
Hrvoje Maracic, Tihana Miskovic, Mario Kusek, Ignac Lovrek
2014 Misc conf
SoftCOM
Ignac Lovrek, Antun Caric, Drazen Lucic
2013 B conf
KES
Mario Kusek, Ignac Lovrek, Hrvoje Maracic
2012 B conf
KES
Marin Vukovic, Ignac Lovrek, Hrvoje Kraljevic
2012 Misc conf
SoftCOM
Vedran Podobnik, Darko Striga, Ana Jandras, Ignac Lovrek
2012 Misc conf
SoftCOM
Ignac Lovrek, Tomislav Lovric, Drazen Lucic
2011 conf
KES-AMSTA
Vedran Podobnik, Ignac Lovrek
2011 Misc conf
SoftCOM
Ignac Lovrek, Drazen Lucic, Gasper Gacina
2011 C conf
ICEC
Vedran Podobnik, Ignac Lovrek
2011 conf
KES (1)
Marin Vukovic, Dragan Jevtic, Ignac Lovrek
2010 J jnl
Int. J. Intell. Inf. Database Syst.
Rebeka Belavic, Marko Basuga, Vedran Podobnik, Ana Petric, Ignac Lovrek
2010 J jnl
Neurocomputing
Dipti Srinivasan, Robert J. Howlett, Ignac Lovrek, Lakhmi C. Jain, Chee Peng Lim
2010 ch.
Agent and Multi-agent Technology for Internet and Enterprise Systems
Mario Kusek, Kresimir Jurasovic, Ignac Lovrek, Vjekoslav Sinkovic, Gordan Jezic
2010 J jnl
J. Intell. Fuzzy Syst.
Ignac Lovrek, Robert J. Howlett, Chee Peng Lim, Lakhmi C. Jain, Gloria E. Phillips-Wren
2010 conf
KES (1)
Vedran Podobnik, Ignac Lovrek
2009 conf
SOCASE
Vedran Podobnik, Maja Matijasevic, Ignac Lovrek, Lea Skorin-Kapov, Sasa Desic
2009 conf
KES (1)
Mario Kusek, Kresimir Jurasovic, Ignac Lovrek
2008 conf
SEESE@ICSE
Catalin Buiu, Mario Zagar, Radu Dobrin, Sylvia Ilieva, Adnan Salihbegovic, Tiberiu Seceleanu, Sasikumar Punnekkat, Ivica Crnkovic, Damir Isovic, Hannu Tenhunen, Ioan Dumitrache, Stefan Stancescu, Vasile Lazarescu, Zeljka Car, Igor Cavrak, Ignac Lovrek
2008 ed.
KES (1)
Ignac Lovrek, Robert J. Howlett, Lakhmi C. Jain
2008 ed.
KES (2)
Ignac Lovrek, Robert J. Howlett, Lakhmi C. Jain
2008 ed.
KES (3)
Ignac Lovrek, Robert J. Howlett, Lakhmi C. Jain
2008 J jnl
Multiagent Grid Syst.
Ignac Lovrek, Vjekoslav Sinkovic
2008 conf
KES (1)
Vjekoslav Sinkovic, Mario Kusek, Gordan Jezic, Ignac Lovrek
2007 conf
KES (1)
Krunoslav Trzec, Ignac Lovrek
2006 conf
KES (1)
Krunoslav Trzec, Ignac Lovrek, Branko Mikac
2005 conf
KES (1)
Mario Kusek, Ignac Lovrek, Vjekoslav Sinkovic
2004 conf
GSEM
Gordan Jezic, Mario Kusek, Tomislav Marenic, Ignac Lovrek, Sasa Desic, Krunoslav Trzec, Bjorn Dellas
2004 C conf
WETICE
Gordan Jezic, Mario Kusek, Tomislav Marenic, Igor Ljubi, Ignac Lovrek, Sasa Desic, Bjorn Dellas
2004 B conf
KES
Ignac Lovrek, Vjekoslav Sinkovic
2004 conf
IASTED Conf. on Software Engineering and Applications
Gordan Jezic, Ignac Lovrek
2003 J jnl
Comput. Commun.
Algirdas Pakstas, Ignac Lovrek, Nikola Rozic, Dinko Begusic
2003 J jnl
Comput. Commun.
Ignac Lovrek, Mladen Kos, Branko Mikac
2003 conf
ICSM
Ignac Lovrek, Gordan Jezic, Mario Kusek, Igor Ljubi, Antun Caric, Darko Huljenic, Sasa Desic, Ozren Labor
2003 B conf
KES
Ignac Lovrek, Vjekoslav Sinkovic
2002 J jnl
IEEE Trans. Syst. Man Cybern. Part B
Maja Matijasevic, Denis Gracanin, Kimon P. Valavanis, Ignac Lovrek
2001 J jnl
IEEE Commun. Mag.
Dinko Begusic, Nikola Rozic, Ignac Lovrek
2000 B conf
KES
Vjekoslav Sinkovic, Ignac Lovrek
1999 B conf
LCN
Maja Matijasevic, Denis Gracanin, Kimon P. Valavanis, Ignac Lovrek
1999 J jnl
Computing
Vjekoslav Sinkovic, Ignac Lovrek, Gábor Németh
1999 conf
ICANNGA
Gordan Jezic, Robert Kostelac, Ignac Lovrek, Vjekoslav Sinkovic
1998 conf
EUROMICRO
Ignac Lovrek, Vjekoslav Sinkovic, Dejan Grahovac, Antun Caric
1998 conf
KES (1)
Ignac Lovrek, Vjekoslav Sinkovic, Gordan Jezic
1997 J jnl
J. Syst. Archit.
Vjekoslav Sinkovic, Ignac Lovrek
1997 J jnl
Computing
Gábor Németh, Ignac Lovrek, Vjekoslav Sinkovic
1995 conf
ICANNGA
Vjekoslav Sinkovic, Ignac Lovrek
docs/new_database_schema.md
← Index docs/new_database_schema.md markdown

## LLIL function

| Field Name | Field Type | Description |
|-------------|-------------|-------------|
| function_type | string | The inferred type of the analyzed function, determined by the FunctionTypeAnalysis module (e.g., standard, library, thunk). |
| sha256_llil | string | SHA-256 hash computed from the Low-Level Intermediate Language (LLIL) instructions of the function. |
| ssdeep_llil | string | Fuzzy hash (ssdeep) of the LLIL instruction sequence, used for similarity detection. |
| tlsh_llil | string | TLSH (Trend Locality Sensitive Hash) value of the LLIL instructions, used for approximate matching and similarity comparison. |
| instructions_types_llil | list[string] | List of unique LLIL instruction types (e.g., arithmetic, control flow, memory operations). |
| control_flow_count_llil | integer | Number of control flow instructions in the LLIL representation (e.g., branches, jumps, calls). |
| memory_access_pattern_llil | dict | Patterns of memory access operations detected in the LLIL code (e.g., loads, stores, stack operations). |
| register_usage | dict | Summary of register usage, indicating which registers are read and written in the function. |
| total_reg_reads | integer | Total number of register read operations in the LLIL code. |
| total_reg_written | integer | Total number of register write operations in the LLIL code. |
| data_references_count | integer | Number of data references in the LLIL code (e.g., constants, global variables). |
| max_block_size | integer | Size of the largest basic block in the LLIL representation, measured in number of instructions. |
| num_calls | integer | Total number of function call instructions present in the LLIL code. |
| stack_size | integer | Estimated stack size used by the function, inferred from LLIL analysis. |


## CFG level

| Field Name          | Field Type    | Description                                                                                                                               |
|---------------------|---------------|-------------------------------------------------------------------------------------------------------------------------------------------|
| block_id            | integer       | Unique identifier for the basic block within the function (block_instructions + str(block.start) + str(block.end) + str(function.start)). |
| function_address    | integer       | Starting memory address of the parent function containing this block.                                                                     |
| block_start_address | integer       | Starting address of the basic block in memory.                                                                                            |
| block_end_address   | integer       | Ending address of the basic block in memory.                                                                                              |
| block_size          | integer       | Size of the basic block in bytes (computed as end - start).                                                                               |
| instructions_count  | integer       | Number of instructions contained in the basic block.                                                                                      |
| block_instructions  | string        | MD5 hash of the block's instruction sequence, used for integrity or similarity checks.                                                    |
| predecessor_blocks  | list[u64]     | List of addresses or IDs of predecessor blocks in the control flow graph (CFG).                                                           |
| successor_blocks    | list[u64]     | List of addresses or IDs of successor blocks in the CFG.                                                                                  |
| depth               | integer       | Depth level of the block in the control flow graph, starting from the entry block.                                                        |
| position            | integer       | Sequential position or index of the block within the function’s block map.                                                                |
| branch_type         | string        | Type of branch ending the block (e.g., conditional, unconditional, call, return).                                                         |
| block_type          | string        | Classification of the block (e.g., entry, exit, loop header, regular).                                                                    |
| flags               | dict          | Metadata or attributes extracted from the block (e.g., specific behavior or conditions).                                                  |
| dominators          | list[integer] | List of block addresses or IDs that dominate this block in the control flow graph.                                                        |
| post_dominators     | list[integer] | List of block addresses or IDs that post-dominate this block in the control flow graph.                                                   |
 | measures            | list[tuples]  | List of measures to be defined                                                                                                            |

## Disassembly

| Field Name | Field Type | Description |
|-------------|-------------|-------------|
| disassembled_function_hash | string | SHA-256 hash of the disassembled function string, used as a unique identifier. |
| disassembled_function | string | The disassembled function including instruction addresses. |
| disassembled_function_no_addresses | string | The disassembled function without instruction addresses, containing only the instruction mnemonics and operands. |
| disassembled_function_name | string | The name of the analyzed function. |
| disassembled_function_address | integer | The starting memory address of the disassembled function. |
| instructions_count | integer | Total number of instructions within the disassembled function. |
| function_type | string | The inferred type of the function as determined by the FunctionTypeAnalysis module (e.g., standard, library, thunk). |
| instructions_types | list[string] | List of unique instruction types (e.g., arithmetic, logic, control flow, memory). |
| control_flow_count | integer | Number of control flow instructions (e.g., jumps, calls, returns). |
| memory_access_pattern | dict | Patterns of memory access operations detected in the function (e.g., loads, stores, stack operations). |
| register_usage | dict | Summary of register usage, showing which registers are read from or written to. |
| data_references_count | integer | Count of data references made by the function (e.g., global variables or constants). |
| max_block_size | integer | The size of the largest basic block (in number of instructions). |
| num_calls | integer | Total number of function call instructions. |
| stack_size | integer | Estimated stack size used by the function. |

## Decompilation

| Field Name | Field Type | Description |
|-------------|-------------|-------------|
| decompiled_function_hash | string | SHA-256 hash of the decompiled function code, used as a unique identifier. |
| decompiled_function | string | The decompiled function source code in high-level representation. |
| decompiled_function_name | string | The name of the decompiled function. |
| decompiled_function_prototype | string | The function prototype, including return type, name, and parameters. |
| decompiled_function_address | integer | The starting memory address of the decompiled function. |
| function_type | string | The inferred function type from the FunctionTypeAnalysis module (e.g., standard, library, thunk). |
| functions_caller | list[string] | List of functions that call this function (incoming call references). |
| functions_call | list[string] | List of functions called by this function (outgoing call references). |
| flattened_score | float | Score representing the degree of control-flow flattening detected in the function. |
| mba_score | float | Score representing the presence or intensity of mixed boolean arithmetic (MBA) obfuscation patterns. |